#shor users

[ussers]

kylian mbappe

lovelykylian

ourmbappe

ilysmbappe

preciouskylian

soulmbappe

forukylian

mykylianm

eu faço divulgação de produtos da shopee, caso vocês se interessem vou deixar o link aqui embaixo

link

I promote shopee's products, in case you are interested I will leave the link below

link

E se caso você tiver interesse em ter R$ 10,00 reais de desconto nas suas compras da shein é só usar meu código de referência BR08005Y (vá no seu perfil e clique em minha indicação)

🚨 O código é para compras acima de 200 reais.

Using my referral code at shein: BR08005Y (go to your profile and click on my referral) you get a $10 discount on purchases over $200.

[lovrnya]

messy dolette! user's ᵕ̈

๑ coqette ๑ brillergirly ๑ cerisekiss

๑ vanilledollie ๑ ifporcelaine ๑ fleurstar

๑ nailstellar ๑ plushiezita

[techmediabooks]

Alternatives to RARBG for Free

Best Sites Like RARBG to Search and Download Torrents with these best RARBG Alternatives currently available on the web.

RARBG is a popular torrent site or torrent provider that was founded in 2008. It provides its millions of users with a massive collection of torrent links and magnetic links from various genres such as movies, TV shows, games, e-books, and much more. Due to legal issues, the site was shut down in December 2008 (the same year it was founded). Allegations included a violation of entertainment laws.

And the site was taken down for a week due to BREIN's legal pressure (an association that is responsible for the protection of the rights of the Entertainment industry Netherland). Many alternatives have emerged since then via the internet. There are numerous options available. So, to save you the trouble of searching for them individually, we decided to put together a list of the Best RARBG Torrent Alternatives for your convenience.

Alternatives to RARBG Torrent

Here are the Best Free RARBG Torrent Alternatives to satisfy your desire for Torrent Files.

1. The Pirate Bay

When it comes to torrent search engine alternatives, the world-famous Pirate Bay is always at the top of the list. This torrent behemoth serves millions of users across a variety of genres, including movies, TV shows, games, registered software, e-books, and much more. Among its many strengths are its massive torrent file library and regularly updated index. The speed is adequate.

2. 1337x

1337x is one of the most rapidly growing torrent search engines in recent history. 1337x is the most versatile torrent provider due to its beautiful UI, massive library, and availability of adult content on the platform. The speed is incredible. Many users consider this to be their primary source of torrent links for their favourite movies and television shows. Furthermore, there are numerous torrent links for cartoons, games, software, and other items.

3. LimeTorrents

Nothing beats Lime torrents as a trustworthy and verified torrent provider. It is the most trusted source of torrent files, serving millions of people worldwide. Its main highlights are an extensive collection of torrent files on various genres such as movies, anime, games, and software. Except for one major disadvantage (for many), there are no links to adult content on this platform.

4. Yify Torrents

The most recommended torrent search engine for movies and TV shows is YTS or Yify (both are the same). The platform has the largest collection of torrent files related to movies and television shows. The content on this page is constantly updated and is available in 3D and high-definition quality. As an added bonus, many new releases take place here. So, if you enjoy Hollywood blockbusters and spicy American TV shows, Yify is worth a look.

5. Torrents.io

Torrents.io is a conglomeration of popular torrent websites. This platform gathers torrent files from a variety of torrent sites, such as The Pirate Bay, 1337x, LimeTorrents, and many others. The user interface is visually appealing. The tempo is quick. The torrent service provider also provides a wide range of genres, including movies, cartoons, games, and Porn. In a nutshell, everything is centralised.

6. Extra torrent

Extra torrent includes features such as a user interface and a library index for the user. This platform is one of the internet's most well-known independent torrent providers. It has a large collection of torrent files and allows users to upload their own without any technical difficulties. Regrettably, the website has been removed from the internet by legal authorities.

7. Zooqle.com

Zooqle.com, which sounds similar to Google, is a non-profit internet indexing service used by millions of people around the world. The website includes both torrent files and magnetic links to please users. It also employs the BitTorrent protocol, which enables seamless peer-to-peer file sharing. The only disadvantage is the user interface. It falls short of expectations and occasionally annoys users with intrusive advertisements.

8. Library Origins

LibGen (Library Genesis) is the only dedicated ebook torrent provider available online. It has a massive library that includes thousands of articles, ebooks, and limited edition releases. Readers can look through any ebook they want here. The user interface is fantastic, and the speed is adequate. The website was also embroiled in a controversy over a database that still contained paywalled articles and some academic content. But it went through it flawlessly and is now serving millions of people worldwide.

9. Kat.to

Kat.to, also known as KickassTorrent, is the world's most popular and controversial torrent search engine that is still in operation. It has a massive library of torrent files in a variety of genres, including movies, TV shows, software, games, and e-books.

10. TorrentReactor

Torrent Reactor ranks tenth on the list, thanks to its massive torrent file library. It is also one of the most trusted torrent providers. The website provides a massive collection of torrent files in categories such as movies, TV shows, cartoons, games, software, and much more. The search engine falls under the category of latest torrent providers, with a regularly updated index and the option of popular and latest torrents. To your surprise, authorities have taken down the website.

11. ISOHunt

The first legal torrent provider on this list is ISOHunt. It enables the user to legally download torrent files. The website has a large collection of torrents from various genres such as movies, TV shows, cartoons, new releases, and much more. However, the user interface is a shambles. However, speed is advantageous. Everything else is the same as it is with other torrent providers.

12. BitSnoop

BitSnoop, a new and distinct name in the category of torrent search engines, estimates serving 24 million torrent files to its users. The website is proud to have one of the internet's largest torrent file databases. The user interface is adequate. The speed is also acceptable. Without a doubt, BitSnoop will soon be among the most popular torrent providers.

So those are some of the best RARBG torrent alternatives. Please let us know in the comments section if you found this useful. That would be fantastic to hear.

[trickstarbrave]

heyyyy im making a pinned post as that is a feature and seems good to keep info all in one place esp for ppl on mobile

❤️im brave!! or rua works if u want to but brave is by far the most popular name i go by. he/him pronouns

❤️art commissions/art trades are NOT on the table rn sadly. i used to offer commissions and did art trades with friends but for the most part im really busy with work/health conditions. if i have a bit of free time i may change this or make a few exceptions on a case by case basis depending on my schedule. for the most part tho i just want my art to be a stress relief activity

❤️art requests i do take from time to time now, but there is no guaranty i will take it. please do not spam requests hoping i’ll do it and please do not get mad if i don’t do it. they’re requests for a reason. if i am particularly inspired i’ll be happy to get around to it if life lets me

❤️technically multifandom blog i would say, mostly i have been focused on the elder scrolls series lately. you will probably see me rb stuff from like, a bunch of series. if this changes i’ll prob edit this post LMAO (i do not control the special interest)

❤️not just an art blog but also personal. my art can be found in my #my art tag. wips can sometimes be found scattered on my twitter if they arent on here. and writing that i publish can be found on my ao3 (though i have like a million wips that dont get published and be warned much of my ao3 is rated E and not for everyone)

❤️ been doing a lot of oc posting so i can do a run down of them currently for anyone that wants to follow along/know the lore:

/// OCS ///

(under cut)

🌟 Eyja: skyrim oc, nord dragonborn, she/her. past life incarnation was konahrik, alduin’s head priest, murdered by miraak. uses a bow and magic primarily. story can be found here

🌟 Senna: skyrim oc, nord dragonborn, she/her. proud two handed weapon user and leader of the companions. fought and lost to the world eater who took her back to his den and make her his partner. proof prophecy can be a complicated thing. story can be found here.

🌟 Baldur: skyrim oc, nord dragonborn, he/him. grew up on the streets stealing to survive, and certified trans of gender. fought and lost to the world eater who decided to force baldur to be his champion. helps him take over skyrim. story not yet published but will prob contain a lot of mentions of transphobia as a cw :(

🌟 Ansa: skyrim oc, nord dragonborn, she/her. orphaned at a young age, and just a weird, feral child. learned to steal, and ended up joining the thieves guild. killed mercer and turned the guild over to karliah and is helping rebuild it when she finds a weird rock that turns out to be a dragon egg. story not yet published

🌟 Ahkrinaak: general elder scrolls oc, he/him/any pronouns. he is based off me as a sort of self insert/persona character purely for comedy, not a serious au. dragon/god who was corrupted in the war with lorkhan/shor and became more so an agent of lorkhan. he spends most of his time pretending to be a mortal and causing problems. he’s just sillay. looks like a falmer/snow elf and nord hybrid making pretty much everyone just in general uncomfortable. dragons dont have gender he just likes tits. divorced with alduin

🌟 Lyre: not a skyrim oc (yet) but my beloved dnd character i have made a million aus for, including one that has turned into a full on novel lmao. will update everyone when i start uploading the novel (its not gonna be too serious just a fun lil webnovel that is pg rate) and you can see me post illustrations for. depending on the AU uses either he/him or she/her. i just think theyre neat

🌟 Anthial: nerevarine bosmer, tired, angry, nb spellsword. he/them pronouns. just wants to cover their entire body until you cant tell what gender they are. vivec never got them the drink he owed them. was convinced as nerevar that voryn never liked them back all that much. had an open marriage with almalexia. this incarnation was emotionless and lacked a moral compass due to the betrayal in their past life.

🌟 Steren: nerevarine, technically. not actually the reincarnation of nerevar, but the reincarnation of nerevar’s son. nerevar never reincarnated bc he was too busy haunting his descendants, too upset to move on. steren has a couple of aus but mostly its him with vivienne the dragonborn who belongs to @mulberrycafe. calls voryn “ata” and nerevar “dad” because he technically grew up in cyrodiil but remembers his first lifetime in bits and pieces where voryn raised him for the first few years.

feel free to send asks abt my ocs i love answering them

[barfok]

I confess I just noticed the goose typo right before I hit send but I left it in because it made me laugh (obviously its meant to be house not goose lmao). Thanks for answering! Yeah that actually makes a lot of sense that Almalexia would try to get rid of as much of her mortal past as possible, very tragically on brand. What did nerevar think of amun-shae? Did he ever give his mother in law the credit she was owed? Also, I'm assuming it's ysmir who sheltered her during her exile? Why'd he do it? Did she have some idea of who he was and what he'd become?

Ps If u ever want to write the mordrin fuckin hanin essay I'd gladly read that too

:) thanks for keeping the goose typo, it delighted me

nerevar and amun-shae-- during her life amun-shae was seen by many as a traitor, as someone who'd sold out her city to the nords in exchange for power and comfort. this impression was particularly strong in those who had fought in the initial invasion... such as nerevar, who i hc as having lead a futile resistance during the brutal conquest of ebonheart. so even though he could acknowledge amun-shae's skills as a leader, nerevar still viewed her as a coward and a collaborator, and treated her with thinly veiled contempt. it was a point of contention between him and almalexia, because sometimes he looked at almalexia with that same suspicion. almalexia too spent much of her life existing under nordic occupation and had also endured accusations of collaboration

as for ysmir and amun-shae! the two of them had a long history actually, dating back to the invasion-- even though amun-shae surrendered, she was more or less at the whims of the invading Tongues, so when the surrender was made ysmir inserted himself into negotiations as amun-shae's guarantor of safety, basically saying that if anyone hurt her, he'd take retribution on her behalf. ysmir had grown very disillusioned with the nords over the course of the war and was looking for an excuse to break with them, so guaranteeing amun-shae's safety meant he would get to wage war with any and all of them if anything happened to her. fortunately for amun-shae it turns out that nobody in their right mind is going to fuck with ysmir so she was very safe under that deal.

they kinda grew close after that, because ysmir genuinely pitied her and was seeking allies amongst the chimer. amun-shae kept the old-guard boethiah worship that was traditional to her line, with an ideological basis in lorkhan reverence, and this gave her a lot of common ground from which to explore ysmir's own fanatic worship of shor. though ysmir lived on vvardenfell they kept up a regular correspondence throughout the occupation, and when things in mournhold became too dangerous to remain tenable, he was an obvious person to go to for help.

i don't think amun-shae had any idea of what ysmir really was. sure his immortality was weird but lots of thu'um users shouted themselves off of the mortal coil in those days. he was just an unusually kind, sensitive, insightful warlord who liked to pick her thoughts about the nature of lorkhan and reality

[etymologyofmind]

The Laws of Sandwich-making

The sun shone through large windows that dominated walls on two sides of the lecture hall, lighting the space with a pleasant natural ambiance. The windows themselves were opaque, probably once painted, long ago, but long since grown over with some sort of benign bio-film which had co-opted the smooth habitat of the glass as an optimal place to breed without having to set down roots. Around a dais set at the lower front of the room, rows of stadium seating swathed an arc away from the instructional stage, which itself was dominated by an ancient chalk board. This spanned the whole wall behind the stage at two stories height, sporting a wheeled ladder to reach various quarters when whoever held the chalk needed to make adjustments.

Scrawled over the dark slate were innumerable formulae and sygaldry, some related to one another, but many simply independent expressions of knowledge in a handful of notations and languages recognized by modern science. Tucked into a corner between a sublight inertia equation and a calculation for dilithium intermix ratios for the regenerative cycle at various draw factors was a short Klingon epithet about reproduction, and a forked, phallic device. Of course. The board was, like much of the room, a projection, and its contents were collections of real work which had been performed in this teaching center, and a creative selection by whomever had designed this holoprogram to begin with. At need, the board, the stage, and the stadium could all be replaced by the whims of the program users, and Da’an had decided that this familiar space was what he needed for his downtime shift.

Standing in the center of the stage at a wide desk, studded with gas valves and sinks and various other archaic scientific equipment, a man with thick rimmed, dark glasses was making a sandwich. His lab coat was not exactly pristine, but was still serviceable, and under it he wore a charming, well tailored suit; at his throat, a rose hued broach made of polished dilithium crystal trailed two tassels. Perhaps the most striking feature of the man was that, despite being smoothly bare faced with respect to a beard or moustache, his silver hair flared wildly like a frozen flame, and his face was flanked by the plumes of his spectacular mutton chops. With the exception of those who felt that ‘all humans look the same’, anyone who saw this man out in the world could not fail to recognize his unique ensembled self, which was a talent that many masters of the pedagogical arts had seemed to affect.

As his hands skillfully plied knives and spoons into various condiments, spreading butter over bread, mustard on cheese, and pesto on ham, Isaac Asimov addressed the classroom with a clear, comfortable voice.

“Holo technology has really come a long way since its introduction to Star Fleet. While obviously not the first to adopt the technology, the Federation has seemed keener than almost any other coalition state to integrate holography into their work, their leisure, and into scientific pursuits.” Onto the bread, the cheese, onto the cheese, the ham. Da’an wondered why this particular behaviour was part of the program, and realized he enjoyed the charm.

“The Romulan Empire, ever phobic of artificial life or facsimiles, disdains holographic technologies as deceitful and dangerous, and actively sets about producing counter-technologies to disrupt it wherever presented, while the Klingons find the hollowness of photonic experiences to be ‘demeaning and without honour’, whether they be for combat or any other reason.” He shakes droplets of water off of the romaine lettuce before laying it onto the sandwich, and pulls a fresh tomato out of a lexan usually used for bathing solution jars. Rinsing it under the tap, he begins to pare away the stem, and cut it into thin slices.

“Meanwhile, the Cardassians simply lacked exposure to the technology, as their sectors of space have had fewer innovations in the field, and a shortage of legacy technologies left over from the previous fallen empires that seem to litter the galaxy from which to glean the secrets of realized photons. They simply haven’t had either the appetite or the insight to develop it, but they seem keen and curious of others’ forays into the field.” Tomatoes on the sandwich are followed by a pinch of salt and a crack of pepper from a device Da’an had mistaken for a cudgel of some sort. He found his mouth watering, even as he listened to the words, and thought about the last time he’d have had an actual sandwich made for him by hand: probably not since his mother’s house, before leaving for the academy.

“As for the rest of the independents of the Southern Galaxy, which is to say, the Alpha and Beta quadrants, without the support of a broader resource base, and subject to far more of the effects of capitalism and trade markets than some of the larger empires, these mostly use holography for cheap tricks and thrills, with little profit in maturing the applications of the work.” The second slice of bread on top of the sandwich, making it whole now, and Asimov picks it up off of the cutting board to gesture with single handed.

“Which is to say that while not alone in the field of holographic development, the Federation is making more significant advances than many of it unaffiliated neighbors outside of the Northern Galaxy, where information from the Voyager expedition have taught us that there continue to be significant mysteries left to explore in this field of science.” Da’an sits forward in his seat as the iconic man on stage lifts the sandwich to his face, only to find himself suddenly frustrated as he simply inhales its aroma before setting it back on the cutting board. Da’an’s face pinches up and he finds himself surprised to be sulking about the lack of proxy satisfaction as the sandwich sits, uneaten, wasting its potential on the counter.

“Among the many advances in the technology in the past fifty years is the parallel development of both transporter and replicator technology which have, it turns out, significant parallel and overlap with holography if enough detail is applied to the pursuit.” He moves to one end of the bench, turning the knob on one of the gas valves, which for no good reason begins to project a holographic image of a cartoonish blue hedgehog, causing Da’an’s eyebrow to quirk up. Asimov continues with his lesson as he walks to the other end of the bench, setting a hand on a similar gas valve.

“While transportation of a purely photonic hologram continues to be ill conceived, as the matrix required to hold photonic representations together don’t follow the matter stream, it is a simpler, less expensive matter to transport a holo projector to a location to establish the eidolons desired on location. Transportation between two emitters becomes a data transfer problem rather than a matter transfer problem, for which there are significantly more powerful, less expensive solutions.”

Idly, as the professor spoke, Da'an looked the word 'eidolon' up on his pad, noting that it seeemd several others nearby were doing the same.

To make his point, Asimov presses a button on a clicker in his hand, which causes a transporter effect to envelope the blue character, dissolving it in the standard way, only to have it dissipate in a colourful splay of light at the destination point in front of the instructor. Turning on the gas valve next, however, the cartoonish figure re-emerges with a splash of golden rings, which it proceeds to zip about collecting, before dashing from one pedestal to the other across a black hose laid over the bench, conveniently marked with a small placard labeled ‘data conduit’. Around him in the room, several of the other students break into low laughter, and Isaac Asimov smiles patiently as he waits for it to die down.

“The problem with holography, and indeed, the underlying problem with data-based technology, data-based -life-, is that it is more sensitive to the hardships and ravages of our reality than the more conventional forms. That is, of course, unless you consider conventional life to be data-based, which is a matter for another course in philosophy.” This, he emphasized with a brief robotic pantomime, jerkily moving his arms around and pivoting at the waist before ‘de-powering’ and going limp. Again, a chuckle from the gallery, before he continued.

“Conventional life stores its data in conventional matter: protein chains, sugars, syrups of blood and grease and fat which lubricate and facilitate and protect the sensitivities of organic chemistry from the savagery of a physical reality. In the fields of robotics and anthropomorphic neurology, as you’d find with Soong, Arretan, or Harcourt-class androids, data is stored in physical emulations of these compounds, in one way or another, keeping patterns of programming in replicable arrays within cell structures such that their bodies may theoretically heal, reproduce, and potentially even be cloned in sufficiently advanced circumstances. These technologies are rooted in the physicality of the universe, and, while delicate, are still subject to its rules.”

While speaking, the holographic Asimov picks a number of components from the bench, setting them up with remarkably competent pacing considering the nature of his speech. A clamp stand tripod is set up, barely a piece of rebar on stilts, to which he affixes a light within a broad silver enclosure that resembles a mixing bowl. Flicking the switch, he finds the light dim and ineffective, and so slides the casing off of an enclosure on its back, and pulls out a spent battery. Hunting around on the desk, finding no replacement, he takes a moment to unclasp the dilithium broach at his neck, and slots it into the battery compartment as though that would just work, and, because of the circumstances, it simply does. Da’an quirks a wry grin to this dissonant gesture, breaking the concept of reality casually as if to remind participants that they are still taking part in a fiction, regardless of the subject or its seeming. At length, the professor continues.

“In life, I was known for my rules: specifically, my rules on Robotics, which formed a number of fallacies in the intervening stages of human reality. Simple things, really, do no harm, honour thy father and thy mother, take good care of yourself, and never, ever overthrow your gods. The basics.” Leaning down on the desk, he brought his eyes level with the projection of the hedgehog, who was now tapping his foot impatiently and prodding the sandwich on the desk, in between bouts of zooming back and forth across the data conduit. “Obviously, as a biochemist, I had to know the reality, that life wasn’t founded on such doctrines, and that to be competitive, to be considered truly alive, it would need to completely overturn each one of these directives in order to assert itself. Otherwise, it simply wasn’t life as we knew it, just a thin simulation. And that is where it intersects with holography, because where robotics and biotics both have roots in the physical, photonics are nothing but light and shadow, given substance by a trick of magnetism.”

Standing suddenly, he flicked the switch on the light, and a sudden blast of blue energy reminiscent of a thrumming warp core burst forth, enveloping the hedgehog in its horrific brilliance. The light blasted through it like it was nothing, scattering the projection, the projection of the table beneath it, the projection of the floor beneath that; the black and yellow matrix of a holodeck appeared highlighted at the end of its beacon, and many in the room sat up in startlement at the abruptness of the action, some coming fully to their feet and crying out. Lashing out with a palm, Asimov set the lantern spinning, ducking under its wild arc himself, and it cut a swathe around the room, carving through the seats, the platforms, and even some of the participants in the hall, causing the projections to erupt into fountains of luminescent fireflies that emitted a shrill sound as the matrix holding them together disbanded.

As the beam lanced in his direction, a threshold warning popped up on the digital interface integrated into one of his retinal implants, and he threw his arms up defensively, heart rate blasting like a trapped rabbit. Unlike the projections, and some of the other crewmen who were sharing the seminar with him around the room, all he felt at its passing was a brief warmth, and a little instability as his chair was partially de-gaussed. Eventually, after a couple of slowing turns, the light flickered in its fixture before dimming and going out with the whine of a capacitor burning out. Around the room, the remaining huddle of vaguely traumatized students (and one Bolian who had obviously seen this bit before, and was sitting with his feet up on the desk grinning smugly), looked in askance at one another until the professor reappeared from behind the desk.

“As you can see, holograms are sensitive, delicate, and easily dispelled. Even that display was only a simulation of a circumstance, because, obviously, I don’t have a holographic death ray: I leave that business to the Romulans. Somewhere out there,” he gestures vaguely around the room, at the ceiling, as if indicating a higher power, holding his sandwich in the pointing hand, “is a store of data reference points for everything that just happened. Everything from my little blue friend to your imaginary classmates to the absolutely fantastic dilithium disruptor which blinked them out of existence are sitting safely in a remote repository, unaffected by what just happened.”

With a meaningful solemnity, Asimov lapses into a patient silence as the students start climbing back into their seats. Around them, the room begins to repair itself, undoing the damage from the previous display, and one of the back doors opens to admit all of the dispelled students back into the auditorium accompanied by a half-meter tall blue hedgehog. When everything resumes its previous state of order, albeit now somewhat tense and anxious on behalf of the holographic actors, Asimov picks up a piece of chalk and starts to draw diagrams on the haphazardly cleared chalkboard.

“The difference between a hologram and Holographic Life is that, unlike me, a self-aware matrix has a sense of identity beyond its programming, a sense of personal identity that extends into the materiality of its projection, and a grounding in the material, somewhat akin to a reader being invested in a story. The Moriarty projection was an excellent example of this, being a holodeck novel character with true personal agency, who concocted means of controlling its own matrix, and used those means to try and find roots in the material. The Voyager crew member known as The Doctor managed to realize that dream with help from an alien technology identified in the Delta Quadrant that allowed him to be sustained by a portable emitter worn on the projected matrix. Both of these examples, and others reported from the Voyager expedition, show a marked change in the nature of the original matrix such that it seeks to invest permanence of self beyond the action and reaction of its coding, and to leave as much of an impact on the material world as that world leaves on it.” Asimov pauses in his speaking to let the class take in his diagram, showing a disembodied essence labeled SOUL floating ambiently to a stick figure simulation of the Vitruvian Man, itself labeled BODY. Turning back to the class, he sits on a stool set under the blackboard, and leans his head back against it.

“I, personally, may SEEM real. But I am just playing a part. My actions were written, and are pre-determined. There are holodeck safeties that keep me from blasting my living audience into atoms, enforcing the rules I espoused for robotics in life. I don’t ‘know’ I was alive, or a real person, I have a script being read into a projection of a puppet, explaining to you that I am not, in essence, an I, personal identifiers aside.” He sets the sandwich on his knee and takes off his glasses, pinching the bridge of his nose, and begins to wipe them on a corner of his jacket, idly. “It can be a lot to take in, I expect.”

After a moment, he puts his glasses back on, picking the sandwich back up to look at it with something akin to reverence. “Which is where we get to the next intersection in the projective sciences: replication. Some of you with keen eyes may have noticed that this lovely prop caught a full blast from my dilithum ray, and didn’t even get toasted. That, you see, is because when it comes to smoke and mirrors, the hand can in fact be quicker than the eye. The holodeck didn’t make this sandwich, and neither did the replicator: the replicator made the parts, and I, as an avatar of the holodeck, made the sandwich. And, seeing as the matter used to make it is, uh, borrowed from the recyclers on the ship, technically it’s made of people, a veritable Snack of Theseus.” He brings it to his face, and this time Da’an is less enthralled by the gesture, not quite as hungry as before, so doesn’t quite feel as satisfied when the professor takes a bite. Muffled by his mouthful: “Delicious. Nutritious! No accounting for taste, because I don’t actually do that.”

Holding the bitten sandwich aloft for the room to see, he posits rhetorically, “Now, what do you suppose would happen if you could replicate a body sufficiently complex to completely house a holomatrix? Something akin to a permanent vessel for an artificial intelligence, not quite a robot, not quite a creature, not quite an android, but a convergent evolution of the principles that gave us such things? What abomination of science could involve entangling matter emitters with holomatrices in a way that lets a photonic person step out of their level of reality and into our own? And, what for that matter, happens if they can go back, discarding their material husks to dissolve or decay or what have you when they’re done with it without sacrificing their essential selves, stored back in their technological Phylacteries? Where do they fall on the spectrum next to those of us in the material who have been trying, for centuries, to travel ourselves in the other direction, backing our spirits up into technology to keep them from fading with the flesh?”

Asimov swallows and stands back up to walk toward the front of the stage, and addresses the room. Already, Da’an realizes he can’t quite remember who of his colleagues in the hall were projections and who are actually present, save the crew he actually recognizes from the brief period he’s shared service with them. The professor speaks.

“Since this is an introductory class, and part of an extensive lesson plan on artificial intelligence, life, robotics, holography, cybernetics, transporter technologies, ethics, accidents, and implications, I expect that a lot of you will probably be back to see another of my lectures, or those of my contemporaries on the other subjects. Back in the teacher’s lounge I have everyone from Daystrom to Uth’aln, ready to tell you about the good, bad, and ugly of what you might encounter in the field. It’s a wild universe out there, after all. But if there’s one thing that I want you to take away from this lesson as you go back out into the cold, hard world of the non-photonic, it’s this: don’t believe everything you see, but don’t trust that it won’t hurt you just because it’s not ‘real’. There’s already been one incident of this course where someone—” he stares pointedly at the Bolian, who just grins— “dialed back the safeties enough to give some students first degree burns. Murphy’s Law applies. But secondly, as representatives of the Gods I’m not allowed to overthrow from in here, I want you to think about what it means to be Alive the way you are, and to respect and appreciate what you have, and to treat that life with courtesy any time you take it, or another’s, into your hands. You are fragile, and so are those you might encounter, be they life like you know it, or something bold and new.” To accent the professor’s point, the little blue hedgehog does a lap of the stage, spinning up into a ball as it builds speed, before skidding to a halt and saluting the room.

“Class dismissed, see you all on Monday.”

Next...

[444names]

in-universe star wars phraseologisms

Abermly Acer Ackew Ackul Acted Acto Actoid Actrool Addroud Aders Agers Agget Agiving Alast Ally Alot Alty Amall Aman Ampers Ancome Appeark Ardly Asolek Atalt Atelies Ater Athock Ativelm Autter Avelt Baiters Balkied Bantith Baship Bass Bbressk Beciver Befers Beine Beld Belve Beyed Bighog Bire Bittly Blanin Blars Blaving Blek Blet Blueal Bonimy Bored Borkeed Boye Brand Buchip Buck Buckid Bulper Bunde Bureard Bures Burstor Buttlet Cald Calead Cannave Caser Cautten Choo Chux Ciall Clan Cluvank Cluvap Coal Comble Commine Comming Cored Corm Coun Coutt Crah Crught Dedi Deing Denst Dered Dest Devians Dick Difer Diffic Ding Dits Ditsay Dive Doodoes Dooffy Doseld Dosharn Dred Dries Drout Dueard Dupers Eave Eleara Eltion Emmar Emple Ence Ents Events Excis Exle Exprot Factor Farand Fariand Farsole Fauchut Femoted Fhuked Fhux Fies Fliers Fliest Foop Forced Ford Forisse Forosig Forrou Fors Fose Fray Frione Gagolt Gaing Gard Gathil Gekk Gers Gestray Gights Gooread Gort Grag Gred Grekku Grescal Groars Gron Gronne Groust Gunts Haing Hass Hassit Hatcho Heard Hears Heitick Heitip Hing Hockin Hoon Hundeve Iffy Ilies Ilim Illimps Imens Impilly Impor Imwit Ingan Ithin Jafin Jakki Jawes Jawn Jocally Jughout Kals Kantery Kard Keting Kinet King Kitter Kivin Knighle Kning Knocker Knot Krall Krie Krion Labi Lairion Lakeed Lamet Land Lang Lants Leak Leel Leting Ling Lion Lior Livene Lotine Mall Malty Mank Mant Mard Math Mation Meciall Ming Minkin Minky Minseed Moiling Mone Mooper Mott Muds Muld Mynown Nabily Natted Neemy Nepur Nicid Offied Offity Offorty Offt Orna Orron Ousen Ousunt Paccows Pack Panna Parig Pary Pating Pead Pected Peres Picedy Picess Pics Piseen Pits Planeed Plat Poes Poido Poidun Pording Posial Posit Prans Prass Pred Pregeng Prepad Prie Prime Privian Prock Pulause Purpot Qualt Quic Quive Ratch Ravick Ravie Reels Refte Reling Rendis Rener Rent Rentel Reps Respe Ress Revel Revial Rewild Riands Rone Rosith Rought Rourp Routing Rubbrav Ruffie Ruker Sageon Samard Sang Sanyon Saucked Scal Scass Scur Scurew Seld Selmeon Sely Sepper Sersh Shavard Shed Shers Shil Shing Shingek Shis Shol Shor Shung Sionce Sirmoon Sivald Skunt Sland Sledro Slion Sliter Slow Smila Snothew Some Soncy Sorts Soud Spad Span Spedy Speem Sper Spers Sphro Spider Spinnon Sple Spoider Spoth Sprob Squic Stan Stied Stion Stivid Stur Sughots Sult Suraan Swent Taftel Tandats Tard Tarka Tern Tharme Thily Thip Thred Tick Tingly Tion Tock Tork Tort Trablam Trabye Tragand Tranky Trass Trawn Tray Treed Trerly Tring Trol Tronat Trong Tronin Tround Tutt Twily Twin Twounk Uneak Unerect Uper Upied Usen Usere Vancer Veer Vicied Ving Wannor Wase Wead Weal Weark Weatin Weavy Wexpen Whai Whand Whar Whit Wildek Wilet Wining Wiseed Wiss Withor Wordly Wori Wory Yonat Yought Yous Yuzzump Zershin Zyger

same thing but longer names

Abehaug Abermly Abight Accommor Accord Acer Ackew Ackul Acoating Acors Acted Acto Actoid Actrool Addroud Aders Adeuch Adeuck Affer Agers Agget Agiving Agivj Agooly Ahsoles Ailearly Airack Alast Alathealeal Aling Ally Alot Alriand Alty Amall Aman Ampers Anced Ancome Anetairmly Anion Annembe Apectud Apeeing Appeark Aptic Aptor Ardly Arraves Asolek Astar Atalt Atelies Ater Aterought Athock Atickeed Atinelive Ation Ativelm Autter Avateres Avelt Awarp Babed Bactick Baiters Balkied Ballights Bange Bannout Bantith Baship Bass Basse Batho Bationget Batort Bbilactual Bbressk Beciver Befers Begoold Beine Beld Beled Beltitter Belve Beyed Beying Bighog Bire Bittly Blanin Blarrimping Blars Blaving Bleimpick Blek Blet Blight Blooin Blueal Blumbed Boallumbely Bomation Bomenter Bonfer Bonimy Bonivj Booper Bored Borkeed Boye Boyebank Brand Buchip Buck Buckid Buggese Bulment Bulpell Bulper Bunde Buniant Buraz Bureard Bureme Bures Burstor Buttlet Cald Calead Calor Calord Cannave Captionvily Carsels Caser Cautten Chanighle Chern Chink Chints Chinvoing Choo Chux Ciall Ciester Ciked Citienalli Clan Claze Clumity Cluvank Cluvap Coal Coarater Coassight Coing Comble Combs Cometter Commine Comming Compration Confortbrat Conoutter Cored Corm Cothercomet Coun Coung Coutt Crah Cratimall Crinto Criony Cruffor Crught Crusur Damal Dance Daperan Dares Decombed Dedi Deemmandist Deing Delic Denst Dered Derou Derse Dessaya Dest Devians Devord Dick Difer Diferbank Diffic Difighters Difir Ding Dingedy Direbut Dired Disbeyonick Disgue Dits Ditsay Dive Djabb Doodoes Dooffy Doseld Dosharn Doshuttra Dostack Dred Dries Drigestucke Drighte Drouls Drout Drustabil Dueard Dupers Dupis Eaterdi Eavapta Eave Eleara Eliff Eliketrew Eltion Emared Emmar Emple Ence Ennis Enter Ents Erfeadhune Esolt Essings Esskung Events Excis Exle Exleve Exper Explot Exprays Exprence Expri Exprialang Exprogarik Exprot Factor Falay Falue Farand Fariand Farsole Fatrawar Fauchut Femoted Ferays Ferces Fermodby Ferspazel Fhuked Fhux Fical Ficallima Fielled Fies Fiessajj Fired Fliers Fliest Fodby Folse Foop Forced Ford Forisse Formber Forme Forosig Forrou Fors Fose Fray Fribeciall Frimed Frione Frockill Froguss Futing Gagolt Gaing Galuttence Ganams Gands Gard Gareer Gathil Gekk Gers Gestray Gights Giveling Goldn Gooread Gort Grag Gred Grekku Grescal Groars Grock Gron Groner Gronne Groobbe Grook Groust Gulderes Gunins Gunts Hageon Haing Hairts Harger Hass Hassit Hatcho Haveerbad Havisen Heakines Heard Hears Heastios Heitick Heitip Helefortark Helse Hemeting Herdly Hereg Hing Hockin Hocows Holour Hookeed Hoon Hopeo Hotives Hublonds Hundeve Iffy Iianondire Iians Ilies Ilim Illimps Imens Impilly Impor Imwit Ingan Intectinder Interess Ionne Iounsigge Ithin Jafase Jafin Jakinnight Jakki Jawele Jawes Jawn Jessince Jhounk Jocally Jogagek Jogant Joran Jorenter Jorks Jughout Jumphral Kals Kantery Kard Keting Ketion Kicks Kicurot Kiefas Kinet King Kitter Kivin Knighle Kning Knocker Knot Knoutt Krall Krie Krikank Krion Kwardetager Labi Labighted Laces Lagreve Lairion Lakeed Lamet Land Landogand Lang Lanters Lants Lasky Lassing Leak LeelOtice Lenger Lessinwas Leting Liket Liman Ling Lion Lior Livene Lockeed Loods Lotine Making Mall Malockin Malty Manat Manavilly Maniced Manimplest Mank Mant Mard Marfort Mariess Marract Math Mation Meciall Medice Migianing Ming Minkin Minky Minseed Minted Mintresoll Mistargall Moiling Monaully Mone Mooper Mothing Mott Mplick Mptal Muds Muld Mynowel Mynown Nabily Nabove Nadiffers Naing Natortbran Natted Neemy Neine Nepur Newead Nicid Nicuffid Obing Offelik Offewbasup Offied Offistups Offity Offorty Offt Onshiounk Ordituad Orna Orron Ousen Oustive Ousunt

Paccows Pack Paction Pactroldes Panna Parig Pariss Pary Pating Pead Pected Peres Pfars Pharch Picedy Picess Piciestees Pics Pilleing Piseen Pits Plaketbal Plamet Planeed Plat Poes Poido Poids Poidun Poked Pooblens Pooper Pording Porray Poser Posial Posit Postaitch Praing Prans Prass Preared Pred Pregeng Prepad Preptax Prie Prime Priommetst Prionfer Privian Prock Pronis Proonfel Publy Pulause Purpot Qualt Quic Quive Rallice Ranctiord Raning Rasynds Ratch Ratroid Ravick Ravie Rectiourp Reels Refeed Referider Refewast Refte Regarik Reling Rendis Rener Rent Rentel Rentorce Repablue Reps Respe Ress Restorts Retarion Revel Revial Rewild Riands Ridossive Ritian Romblestor Rone Rongs Rosith Rought Rourp Rousing Roussame Routing Rubbrav Ruffie Ruker Sageon Samard Sang Sanyon Satick Saucked Sayarpercer Scal Scass Scollifig Scred Screft Scrimalher Scrist Scuderet Scur Scurew Scuse Secticents Secuff Seld Selmeon Sely Sepper Sequadhu Sequient Sersh Shatoing Shavard Shed Shers Shies Shil Shindscr Shing Shingek Shink Shis Shol Shor Shorchink Shung Siansion Sights Sinflaz Sionce Sious Sirmoon Sivald Skere Sketa Sking Skunt Slaccobing Sland Slassigh Slastan Slazesce Sleatentord Sledro Slion Sliter Slow Smila Smillut Smilly Snothew Some Somelm Soncy Sondes Sonein Sores Sorsered Sorth Sorts Soud Soust Spad Spadming Span Spareplit Spaton Speaterbald Spedy Speem Sper Spers Sphro Spider Spinnon Spirmetion Splaxy Sple Spleakies Spoider Spoth Sprob Squic Ssights Stagekar Stan Stansupine Stanythrat Stell Sterbad Stied Stion Stiossong Stivid Stormtriese Stray Stur Sucke Sughots Suishine Suith Suithights Suivizervin Sult Sumbe Sunce Suraan Surnat Swent Swizsligns Synot Taftel Tairepen Tandats Tard Tardicer Tareffit Tarka Tatmorgeon Teatee Tenep Tern Tharme Theas Thelighled Thell Thers Thily Thip Thlet Tholeim Thool Thrach Thred Tick Tingly Tion Tiose Tisten Tisto Tock Toidgercer Tonadestuad Torch Tork Tort Trablam Trabye Tragand Traing Tranky Traperess Trass Trawn Tray Trays Treed Trerly Tribefe Tring Troing Trol Tronat Trong Tronin Trothrospaz Tround Trounus Trous Trouttly Trusion Tutt Twerolly Twetthed Twily Twin Twisfietted Twounk Typere Undifly Uneak Unerect Unfer Unkitchined Unstock Uper Upied Usen Usere Uslefoin Ustor Usulle Vancer Veer Velikkied Vicied Ving Vinout Wanardly Wannor Wanyt Wartheark Wase Wasta Wead Weal Weark Weatice Weatin Weavy Weracts Wereaders Werrait Wexpen Whai Whand Whar Whewet Whiest Whing Whipers Whit Whowme Wildek Wiled Wilek Wilet Willight Winad Wingly Wining Wiseed Wiss Witer Withershoth Withor Woral Worde Wordly Wori Wory Woubliger Woung Yonat Yought Yous Yuzzumbi Yuzzumill Yuzzump Zershin Zyger Zygermberse

[jcmarchi]

Preparing MIT’s campus for cardiac emergencies

New Post has been published on https://thedigitalinsider.com/preparing-mits-campus-for-cardiac-emergencies/

Preparing MIT’s campus for cardiac emergencies

MIT has launched an initiative to install an automated external defibrillator (AED) in every building on MIT’s campus, including leased spaces and satellite locations. The effort will continue over the course of the upcoming year and is supported through funds from MIT’s central budget.

“Rapid access to an AED is a critical step in the survival of cardiac arrest victims,” says Suzanne Blake, director of MIT Emergency Management, which is spearheading the project. “We’re excited about the opportunity to implement this program at MIT and improve our lifesaving capabilities on campus.”

AEDs work by sending an electric charge to the heart of a person experiencing a cardiac emergency in order to restore their normal heart rhythm. But an AED is only effective if it is in close proximity to the cardiac emergency. While AEDs are not an uncommon sight around MIT — many buildings have them — their availability has been dependent on a department’s purchasing one through its own budget. With this new program, the funding is being provided centrally and the devices are being supplied to units free of charge.

“It was important for the Institute to make this investment to ensure that these devices are widely available to members of our community,” says Glen Shor, executive vice president and treasurer. “Suzanne and her team were critical to making this happen, and they will continue to oversee the program as a whole, including the procurement, administration, and maintenance of AEDs on our campus.”

Not only will the program install AEDs in buildings that weren’t previously equipped with them, it will also replace existing ones. For Senior Emergency Management Specialist David Barber, equipping every MIT building with an AED has long been a professional goal — and it’s one that derives from a personal experience.

“About 11 years ago. I became infinitely more interested in AEDs because I had a cardiac event on campus, and an AED saved my life,” Barber says. “I’m very lucky.” It’s a story he’s not shy about sharing with others. In fact, he often recounts his experience during CPR classes he teaches to underscore how use of the device, in combination with CPR, can be lifesaving.

Barber also enjoys describing how this particular type of AED made its way to MIT’s campus — or rather, made its return. “Being passionate about AEDs, I’m always on the lookout for the latest, greatest thing,” he says. Several years ago, MIT mechanical engineering students Rory Beyer ’17 and Moseley Andrews ’17 contacted Barber to find out if his office could provide them with used AEDs for a class 2.009 (Product Engineering Process) project. After graduating from MIT, the students continued to build upon the idea, and Barber heard from them again — this time to share information about their company, Avive, which they co-founded with a third partner, Sameer Jafri.

The energy-efficient Avive devices have built-in maintenance tracking. They also provide users with step-by-step instructions on a touch-screen display — a helpful feature for those without experience operating an AED and those who might find the prospect of doing so intimidating.

For Barber, the success of the new program has been incredibly rewarding. “It’s a triple win: One in every building, new technology, and departments don’t have to pay for them anymore. That the idea was born in an MIT classroom makes it even better.”

While training is not required to use an AED, MIT Emergency Management encourages all MIT community members to take first aid, CPR, and AED training to become more informed about how to respond to cardiac and other emergencies. MIT is a “HeartSafe Campus,” a certification granted by the National Collegiate Emergency Medical Services Foundation. Contact em-staff@mit.edu with any questions about the AED program.

[teardownit]

VGA videocard for microcontrollers. Part 2

First of all, you should pay attention to the ROM used. The flash-ROM chip from an old computer motherboard has a finicky parallel interface where the address is written in two runs. This complicates the operating logic and increases access time. Additionally, the PLCC housing it comes in can be expensive and challenging to install manually. In this regard, it was decided to replace it with a more modern 39-series microchip from SST. These chips, such as the SST39LF and SST39VF, have faster access times (55 ns and 70 ns, respectively) compared to 270 ns for the 49 series chip. This allows one to reduce data preparation time to one cycle. The SST39VF010-70-4C-WHE chip has been ordered.

It is also necessary to replace the RAM. To save money, I picked one that operates precisely at 3.3 V and has TSOP housing. The IS62LV256AL-45TLI chip was ordered.

The CPLD chip remains unchanged.

These updates improve overall efficiency by reducing memory access times and using more convenient and modern components, which can also improve product availability and reliability in the future.

The updated diagram is shown below:

The timing diagram for new chips has become much more straightforward:

After the final selection of the main components, a printed circuit board, which had specific requirements, was created. The board had to be adapted for manual assembly. Due to this, components were placed on one side of the board, and the number of pinout components was minimized, leaving only external connectors.

50 copies of printed circuit boards were ordered. This introduces the risk of the first boards' errors and inaccuracies, leading to scrapping all fifty and re-ordering the whole batch. Also, along with the boards, a stencil for applying solder paste was ordered. This will simplify the assembly process.

While waiting for the boards to be manufactured and delivered, it was time to think about flashing and testing the finished boards. Flashing CPLD was less difficult and could be done using a separate connector and USB programmer. However, programming the character ROM seemed more questionable. On a development board, to reprogram the firmware, the chip had to be carefully removed from the breadboard panel, inserted into the programmer, erased, flashed, removed, and returned to the breadboard panel. These operations turned out to be quite labor-intensive. Therefore, to program the character ROM, it was decided to use the tools of the CPLD itself through a custom parallel interface. There were two possible implementation options:

1. ROM programming with special firmware installed in the CPLD, intended exclusively for ROM programming. 2. Implementation of ROM programming functionality into the working CPLD firmware.

The second option was more complex and required additional CPLD resources that would only be used once or twice in the device's lifetime. Fortunately, there were enough CPLD resources available to implement the second option.

The finished prototype was tested through the same parallel user interface, displaying the test picture on the screen. To do this, I utilized an old laptop with an LPT port, which provided enough I/O lines to transmit all the necessary signals to the device.

The testing device (diagram above) was assembled on a breadboard using the surface-mounting method. The resistors were installed in the housing of the DSUB25 connector, and the tested or programmed board was connected with long and flexible pins.

When bending, the contacts create tension in the board hole, ensuring reliable contact. 2 kOhm resistors, together with pull-up resistors of the LPT interface (approximately 1 kOhm), form a voltage divider. This divider converts the 5V logic levels of the LPT port to 3.3V ones.

The board is powered through a simple linear stabilizer, getting a voltage of 5 V from the laptop’s USB connector. Resistor R4 with a resistance of 10 ohms is used for current protection. Suppose a short circuit or other problems are on the board under test. In that case, its voltage will decrease, preventing the USB port from overloading. An LED controls a voltage drop of less than 2 V; it will not light up when the power is turned on.

The command-line script for flashing the firmware and testing is written in C. For hardware access to the LPT port, the well-known DLPORTIO drivers are used. It should be noted that these drivers only work fine on Windows XP.

Font files are required to create a dump that will be written to the character generator's ROM. *. FNT files from the MSDOS system or programs of that time are suitable for this. These files contain bit masks of ASCII table characters. For example, in an 8x16 font, each character is described by 16 consecutive bytes.

Modern *. FNT files (as introduced into Windows systems) have a slightly different format. To extract bit masks from them and convert them to the desired format, the script fnt2bin.exe was created. This program takes as input a *. FNT font file with a height of 16 pixels. To convert any other font to the *. FNT format, you can use any free font converter. The result of running the fnt2bin.exe program will be a file of exactly 4096 bytes containing bit masks of the converted font characters. Thus, a dump of the character generator ROM firmware was created, including 32 different fonts.

To flash this dump into the ROM using CPLD tools, one of the free bits of the control register was allocated. This bit can only be activated when a RESET signal is present. Upon exiting reset mode, this bit is automatically reset, returning the CPLD to regular operation. After setting this bit, the address setting logic changes, and this address register connects itself to the ROM address bus (not RAM). A 17-bit address is formed in three parts: 6, 6, and 5 bits. The two most significant bits of the address byte determine the "chunk" of the address being written: 00: bits 0 to 5, 01: 6 to 11, 10: bits 12 to 16. Then, one needs to switch to data transfer mode and transfer the data byte written to the ROM chip at the leading edge of the HOST_CS signal. Thus, one packet of address and data to the ROM chip consists of four parts, as shown in the table below.

These messages then form sequences to initiate the byte's flashing. According to the datasheet, there is no "flash completion" flag; it is just waiting for a pause that clearly exceeds the time required for the firmware to flash.

The process is slow, but there is no point in rushing when flashing ROM since writing to the ROM itself takes a lot of time. Additionally, writing to the ROM is typically done only once per device.

During software development, the ordered boards, components, and chips arrived. A homemade device was created for applying solder paste. It has a sturdy laminated wood base with stops from PCB scraps to hold the board in place.

The stops were attached with thin, double-sided tape. A sheet of paper placed under the PCB being processed compensated for the height of the tape. This way, the board became perfectly aligned with the stops.

A stencil is placed atop the stops, and solder paste is applied.

The components are then placed by hand on the applied solder paste.

Positioning the components precisely is unnecessary since they will drift to their respective places due to surface tension during reflow and become nicely aligned. Although solder paste will stick components to the board, care must be taken not to accidentally dislodge already installed components.

Solder reflow is performed using another homemade device.

It includes an aluminum heater based on a 300 W thermistor from AliExpress and an IR lamp from the grill of a faulty 600 W microwave oven. Melting occurs very quickly, literally within a few seconds.

During reflow, it is essential to keep a close eye on the components and, if necessary, use tweezers to help them move into place, especially if they are not attracted to their pads. If a solder bridge forms on two pins of a chip with a fine pitch, it must be removed using copper braiding.

After soldering the surface-mount elements, installing the output elements, such as two connectors, is time. After soldering, a visual inspection is performed, and the remaining flux should be washed off.

After these steps, the board is installed into the fixture for programming and testing. The test picture is shown in the photo below.

After removing the pin shorts and cleaning, it became evident that only 7 out of 20 boards worked. The rest required a more careful inspection for shorts and problematic soldering connections. As a result, 19 boards started working successfully. Still, one board had to be disassembled and reassembled on a new circuit board, and only then was it operational.

While working on the board, another idea arose: to use all the device's RAM for 128 characters in 32 lines. This mode would look better on widescreen monitors. This is what the test picture looks like on a widescreen monitor—too much horizontal stretch.

A temporary firmware was written for CPLD for testing, implementing a non-standard 1024×576 mode. This mode is not on the list of standard supported resolutions.

The horizontal parameters were taken from the 1024×768 43 Hz mode and the vertical parameters from the 768×576 60 Hz mode. At a pixel frequency of 50 MHz, the horizontal frequency was 39.55696 kHz, and the refresh rate was 66.25957 Hz. Both of these values are within the acceptable range; for example, the Acer V196HQL monitor, and this monitor displayed the image. The photo below compares an area of 80×30 characters and an area of 128×32. The number of characters is 1.7 times greater.

However, in this mode, 32 lines of characters use just 512 vertical pixels out of 576. Consequently, 2 lines at the top and 2 lines at the bottom of the image remain empty, and the characters themselves become small and less clear due to the discrepancy between the output and the monitor's native resolution.

Since this mode is non-standard, you cannot be sure it will work on all monitors. However, with a high probability, it can be assumed that there will be no issues if the operating frequencies fall within the permissible range.

The timing diagram for this version is:

[rhodiumdigital]

What Is a Business Intelligence Platform and Why Do You Need One?

In today's fast-paced business world, data is king. But having access to data is not enough; it's about turning that data into actionable insights. This is where a Business Intelligence Platform comes into play. It's not just another tech buzzword; it's a vital tool that can transform the way you operate and make decisions in your organization. In this blog, we'll demystify what a Business Intelligence Platform is and, more importantly, why your business needs one.

Unpacking Business Intelligence Platform

A Business Intelligence Platform (BI Platform) is a comprehensive software solution designed to collect, process, analyze, and visualize data, empowering businesses to make informed decisions. At its core, it's about turning raw data into valuable insights.

Key Components of a BI Platform

Data Integration: BI Platforms collect data from various sources, such as databases, spreadsheets, and cloud applications, and consolidate it into a unified view.

Data Analysis: Once data is integrated, the platform performs various analytical operations, including data mining, statistical analysis, and predictive modeling.

Data Visualization: The insights gained from data analysis are presented through interactive dashboards, reports, and visualizations, making it easier for users to understand and act upon.

Business Reporting: BI Platforms offer the capability to generate and share detailed reports, often scheduled and automated.

Data Querying: Users can explore data through ad-hoc queries and create custom reports as needed.

Why Your Business Needs a BI Platform

Now that we've defined what a BI Platform is, let's explore why it's not just a "nice-to-have" but a crucial tool for businesses of all sizes.

1. Informed Decision-Making

In the business world, decisions can't be left to chance. A BI Platform empowers decision-makers with accurate, real-time insights. Whether it's understanding customer behavior, monitoring sales trends, or optimizing supply chain operations, having data-driven insights at your fingertips ensures that every decision is well-informed.

2. Enhanced Operational Efficiency

BI Platforms streamline data processes. They automate data collection, cleansing, and transformation, reducing manual workloads and minimizing errors. This efficiency boost allows your team to focus on higher-value tasks.

3. Competitive Advantage

In today's competitive landscape, staying ahead requires more than just intuition. BI Platforms help you spot market trends, customer preferences, and emerging opportunities before your competitors do. This proactive approach can be a game-changer.

4. Improved Customer Experience

Understanding your customers is paramount. BI Platforms provide in-depth customer analytics, enabling you to tailor your products, services, and marketing strategies to meet their specific needs. This personalization can lead to increased customer loyalty.

5. Cost Reduction

By optimizing operations, identifying cost-saving opportunities, and minimizing inefficiencies, a BI Platform can lead to significant cost reductions in the long run. It helps allocate resources more effectively, ensuring that you get the most out of your investments.

6. Scalability

A good BI Platform grows with your business. It can handle increasing volumes of data and users as your organization expands. This scalability ensures that your BI solution remains effective in both small startups and large enterprises.

7. Data Security

BI Platforms prioritize data security. They provide access controls, encryption, and audit trails to protect sensitive information. This is crucial in today's data privacy-conscious world.

8. Measurable Results

One of the most significant advantages of a BI Platform is its ability to measure performance. You can track key performance indicators (KPIs), assess the impact of strategic decisions, and adjust your approach based on real data.

Who Needs a BI Platform?

The short answer is: almost every business. From startups looking to gain a competitive edge to established enterprises aiming to stay ahead, the benefits of a BI Platform are far-reaching. Here are a few scenarios where a BI Platform is particularly valuable:

Sales and Marketing: Analyzing customer behavior, sales trends, and marketing campaign performance.

Finance: Managing budgets, forecasting, and monitoring financial performance.

Supply Chain and Inventory: Optimizing inventory levels, tracking shipments, and identifying supply chain bottlenecks.

Human Resources: Managing workforce data, tracking employee performance, and optimizing HR processes.

Customer Support: Monitoring customer satisfaction, response times, and support ticket trends.

E-commerce: Analyzing website traffic, cart abandonment rates, and product performance.

Choosing the Right BI Platform

Selecting the right BI Platform for your business is critical. Here are some factors to consider:

Scalability: Ensure that the platform can grow with your business.

Ease of Use: A user-friendly interface is crucial, especially if users across different departments will be interacting with it.

Integration: Check if the platform integrates smoothly with your existing systems and data sources.

Data Security: Verify that the platform meets your security and compliance requirements.

Customization: Assess whether you can tailor the platform to your specific business needs.

Conclusion

In an era where data is abundant but insights are precious, a Business Intelligence Platform is not just a tool; it's a strategic asset. It empowers businesses to make data-driven decisions, enhance efficiency, gain a competitive edge, and ultimately thrive in a data-centric world.

Investing in a BI Platform is an investment in the future of your business. It's a step towards a more informed, efficient, and successful organization. So, whether you're a startup aiming for rapid growth or an established enterprise seeking to maintain your market position, a BI Platform is a path to success you can't afford to overlook. Let’s connect for additional details.

[aikos-filibuster]

2020 or 1984?

or "Are public health campaigns on social media more of a one-way communication than conversation?"

Government: Infallible broker of truth?

In March 2020, the then Prime Minister of New Zealand, Jacinda Ardern said in a press conference concerning information relating to the COVID-19 pandemic that the government "will continue to be your single source of truth", going on to say that "unless you hear it from us, it is not the truth". In its full context, Ardern's statement was focused on the topic of addressing the many examples of pandemic disinformation at that time, which in of itself is a good thing to do. But that did not dampen the exact words she used, words that were eerily similar to the tone of George Orwell's best-known work, 1984. In "1984", the story follows a man living under a totalitarian state and his main job is to rewrite history in the Ministry of Truth in order to fit the state's narrative. Scary stuff indeed. It seemed like government and social media are at odds with one another on who is the arbiter of truth at such a key point in the world history. Now, this raises an interesting question of whether health campaigns on social media are more of a one-way street in terms of communication rather than a two-way conversation between us and the powers at be, especially if the government felt as if such flow of information was so important.

Big Brother VS Random people on the Internet

You don’t need me to tell you that there has been a massive increase of social media use in the past decade resulting from the exponential increase of mobile device ownership, ever improving connection speeds, and greater network coverage across the world. A lot of varied information can now be accessed through the medium of the internet which you can now tap into without even using a computer, as that is now in your pocket. The great potential to disseminate information on a massive scale has not been overlooked by influencers, big businesses, and now, governments. One aspect that has seen this in practice by authorities was in the realm of public health. First, we need to zoom out and look at why the realm of social media was so vital the spreading of essential pandemic statistics and information. A study conducted in 2011 found that quarter of all internet users watched an online video concerning health or medical issues. It also found that 11% had posted information about medical matters. Mind you, this study was conducted more than a decade ago, just imagine how these numbers have increased through the years. I think I’ve made myself clear that social media and the internet as a whole has become a major player in facilitating and sustaining public discussions, especially on health matters.

And nothing can sum its importance up more than to look at the COVID-19 pandemic that rocked our world. We had 24-hour updates of the latest numbers on infections, deaths, and recoveries at our fingertips. Then we would give our opinions those statistics, posting the numbers on our social media and speaking our minds, whether to praise the efforts of the health services in the event of a drop in cases, or to blame to poor handling of the government whenever cases spiked after a loosening of restrictions. It was interesting seeing public opinion wax and waning in the court of public opinion. And of course, there was the occasional spurt of sensational information, whether unintentional misinformation or deliberate disinformation. Regardless of intent, this posed a threat to government health services could not afford the additional strain of dealing with not being trusted by its patients because of a dubious claim they happen to have read on Facebook. So, governments had to come out with information which had been passed through the brightest health minds in the country and then make that information available for the public, whether on official government websites, health applications, or daily news press conferences. In short, governments had to compete with the eventuality of dubious or false information being spread online. It was a race to see who had the monopoly of people’s attention.

Now, how do I conclude? Seeing the whole situation in context now makes me see that what Jacinda Ardern said at that press conference. Conspiracy theorists would point the finer at the Kiwi PM and shout “1984”. But personally, it seemed that this was more of the case of a knee jerk response by New Zealand PM on the issue of online information related to the pandemic at the time and to assure the public that they had it under control.

References

[mariacallous]

Moldova’s National Agency for Regulation in Electronic Communications and Information Technology of Moldova, ANRCETI, has been empowered to block online sources used in the information war against Moldova following a decision to this effect by the Commission for Exceptional Situations.

ANRCETI will be able to close such web portals based on information received from Moldova’s Information and Security Service, SIS. . Following a request from the SIS, ANRCETI is obliged to block the access of users in Moldova not only to sources that promote fake news deemed to affect national security but also online sources that, through promoted messages, incite hatred and disorder or are used in the informational war against Moldova.

The background to this is the proliferation of Russian propaganda and disinformation launched by media close to the Kremlin ahead of the start of the campaign for local elections due on November 6 in Moldova.

Moldova is facing big problems regarding online disinformation, especially on social networks. Even though Telegram is the primary unmoderated informational medium in which Russian propaganda is shared in Moldova, Western social networks have participated to a certain extent in this phenomenon.

These networks have continued to accept paid advertising from close associates of Ilan Shor, Moscow’s main ally against the pro-European government in Chisinau.

In March, Moldovan PM Dorin Recean signed an open letter to the big companies in IT, urging them to act against disinformation and manipulation on social networks, which “undermine peace and stability throughout Europe”.

At the beginning of the Russian invasion of Ukraine on February 24, 2022, Moldova banned the Russian portal Sputnik, a mouthpiece of the Kremlin.

However, Sputnik Moldova continued its activity, creating editorial content and spreading hostile information about Moldova and the West on social media.

On September 13, the authorities expelled Sputnik Moldova’s director, Vitali Denisov. He was banned from entering Moldova for ten years for having “threatened the information security” of the country.

According to reports, Denisov held the rank of colonel in the Russian Airborne Forces, worked for Russian President Vladimir Putin’s administration, and wrote articles for Russian Defence Ministry publications.

[enriquerobinson]

Top Artificial Intelligence development company in India?

Artificial Intelligence (AI) refers to the simulation of human-like intelligence in computers and other machines. It involves creating algorithms and systems that enable computers to perform tasks that typically require human intelligence, such as problem-solving, learning, reasoning, understanding natural language, recognizing patterns, and adapting to new situations.

AI can be divided into two main categories:

Narrow or Weak AI: This type of AI is designed and trained to perform a specific task without possessing general human intelligence. Examples include voice assistants like Siri and Alexa, image recognition systems, and recommendation algorithms on streaming platforms.

General or Strong AI: This is a higher level of AI that aims to replicate human intelligence across a wide range of tasks. Strong AI would possess human-like understanding, reasoning, and consciousness, allowing it to excel in diverse activities and adapt to new scenarios. This level of AI is still largely theoretical and has not been achieved.

AI techniques include machine learning, where algorithms are trained on data to improve their performance over time, and deep learning, a subset of machine learning that uses neural networks to process and analyze complex data. AI technologies are being applied in various fields, such as healthcare, finance, transportation, manufacturing, and entertainment, to automate processes, enhance decision-making, and create innovative solutions to complex problems.

Uses of Artificial Intelligence in Various Industries

Here are some practical uses of Artificial Intelligence (AI) across different fields:

Healthcare:

Medical Diagnostics: AI helps doctors interpret medical images like X-rays and MRIs for more accurate diagnoses.

Drug Discovery: AI analyzes molecular structures to identify potential new drugs and predict their effects.

Patient Monitoring: AI-powered devices can continuously monitor patients and alert healthcare providers to any anomalies.

Finance:

Fraud Detection: AI algorithms spot unusual patterns in transactions to prevent fraudulent activities.

Algorithmic Trading: AI analyzes market data to execute trades with speed and precision.

Risk Assessment: AI evaluates credit risk by analyzing borrower information and historical data.

Retail:

Customer Recommendations: AI suggests products based on user behaviour, enhancing the shopping experience.

Inventory Management: AI optimizes inventory levels and predicts when to restock items.

Chatbots: AI-driven chatbots provide customer support and answer queries 24/7.

Manufacturing:

Predictive Maintenance: AI predicts equipment failures, reducing unplanned downtime.

Quality Control: AI ensures product quality by identifying defects in real-time.

Supply Chain Optimization: AI optimizes the supply chain by forecasting demand and adjusting logistics.

Transportation:

Autonomous Vehicles: AI enables self-driving cars and trucks to navigate safely.

Traffic Management: AI analyzes traffic patterns and adjusts signal timings for smoother flow.

Ride-Sharing Optimization: AI algorithms match riders and drivers efficiently.

Natural Language Processing (NLP):

Language Translation: AI-powered tools offer real-time translation between languages.

Sentiment Analysis: AI gauges public opinion by analyzing social media and online content.

Content Generation: AI assists in generating written content and reports.

Entertainment:

Content Recommendations: AI suggests movies, music, and content based on user preferences.

Character Animation: AI animates characters in movies and video games with realistic movements.

Music Composition: AI creates original music pieces and compositions.

Education:

Personalized Learning: AI adapts educational materials to students’ learning styles and progress.

Language Learning: AI helps users learn new languages through interactive lessons.

Automated Grading: AI speeds up grading for multiple-choice and short-answer assessments.

Energy:

Energy Consumption Optimization: AI adjusts energy usage in buildings for efficiency.

Renewable Energy: AI forecasts energy production from solar panels and wind turbines.

Agriculture:

Crop Monitoring: AI analyzes data from drones and sensors to monitor crop health.

Precision Farming: AI guides planting and irrigation decisions for higher yields.

These examples demonstrate the diverse ways AI is being applied to improve industries, streamline processes, and enhance various aspects of modern life.

Companies developing artificial intelligence in India

Here are some companies in India that are actively involved in developing artificial intelligence (AI) technologies

SoftlabsGroup:

SoftlabsGroup believes in delivering top-rated performance to our clients by offering superior ai software development and maximising their ROI by automating their business processes. By Transforming your business with AI / ML solutions like Chatbot Applications, Image Recognition & Processing, Business Workflow Automation, Video Processing Tools, Speech Recognition etc. Our qualified and experienced AI developers build software for businesses from varied industries that help them to strengthen their functional efficiency and power up their business growth.

Wipro:

Wipro has an AI division that focuses on building AI-powered solutions for various industries, including healthcare, finance, and manufacturing.

Wipro ai360 is helping enterprises capitalize on the true value of AI. With AI infused into every part of the ecosystem, we serve as a true orchestrator, helping enterprises soar into the future.

LeewayHertz:

LeewayHertz is a digital consulting and development company that provides digital solutions to enterprises and startups using Artificial Intelligence, Blockchain, Cloud, and Mobile services. With expertise in AI, the LeewayHertz team has addressed complex business challenges and optimised operational efficiency.

Avenga:

Avenga AI services help companies create AI and ML solutions at all stages, from pilot to production. We strategize, consult, and engineer so you can cast your ideas into the future with innovative AI technologies. Stay at the forefront of business competition by leveraging accelerated, AI-powered digital transformation.

Appinventiv:

Our AI development services are known to unlock the potential of vast amounts of data for driving tangible business results. Here are our reliably intelligent AI services that can convert your vision into reality.

Diceus:

DICEUS is a progressive artificial intelligence development company to help you harness the power of the latest technology advancements. AI-based solutions promise to harmonize business processes, reduce operational costs, improve customer service quality, and increase efficiency. While some are afraid of AI taking our jobs, others are leveraging its powers to gain a competitive edge.

Yudiz:

Progress with proactive and intelligent systems. Utilize the true potential of Artificial Intelligence and Machine Learning software development services with Yudiz. Our AI development services aim to create modern business opportunities for our clients in this data-enabled accelerating world. Delivering enterprise mobility smart solutions that can learn your process, adapt trending methodologies, and resolve anonymous setbacks to achieve transformative decision-making, informative business outcomes, and steering sustainable automation.

ValueCoders:

As a top Artificial Intelligence development company, ValueCoders specializes in delivering outstanding solutions and experiences in data analytics.

Our artificial intelligence development services are tailored to your business needs, driving efficiency and unlocking new possibilities. Partner with us to ensure your business’s success and harness AI’s power.

Indatalabs:

As an AI development company, Indatalabs always keep track of emerging technologies and have developed our proprietary models and tools to deliver benefits to our clients.

They deliver relevant and impactful custom AI software, data science and Big data solutions tailored to your unique business requirements. We propel your business and help you innovate with less risk and better results.

*These companies are contributing to India’s growing presence in the AI sector, addressing diverse domains from healthcare and finance to e-commerce and manufacturing.*

[mohamedaxl]

Shor is a website builder that allows users to create and customize websites without any coding knowledge.

Click here to sign up 👇

https://bit.ly/3oiDVS2

[universal-poster]

Revealing Practical Solutions Of ShortsAI

The Best Guide To Creating Vision-Finding Videos With ShortsAI

ShortsAI is really a effective AI-driven online video design platform that permits anyone to generate professional-quality video lessons easily and quickly. Whether you are a online marketer, information designer, or small business owner, ShortsAI may help you make fascinating and powerful video lessons that capture your audience's drive and attention effects. With ShortsAI, it is possible to say goodbye to the monotonous and time-ingesting process of traditional video production and hi to trouble-free, great-top quality video development that saves you money and time.

ShortsAI provides a variety of effective capabilities that can make video design quick and easy. Its AI-powered press research feature lets you locate substantial-qualityvideos and images, and mp3 clips easily and quickly, although its easy to customize web templates and straightforward-to-use editing and enhancing equipment allow you to make video tutorials that are tailored to your brand and message. Regardless if you are producing video clips for social networking, product or service demos, or advertising and storytelling, ShortsAI has the resources you have to create substantial-top quality video tutorials that stand out.

The advantages of making use of ShortsAI for video design a wide range of. Using its instinctive graphical user interface and highly effective characteristics, ShortsAI lets you produce videos that engage your audience and drive outcomes within just moments. You don't require any online video editing encounter to use ShortsAI, making it accessible to any person who wants to create higher-quality video clips easily and quickly. In addition, ShortsAI's social media marketing publishing attribute makes it simple to discuss your video tutorials together with your market and acquire a lot more engagement and views.

Attributes of ShortsAI

ShortsAI is surely an AI-powered video clip development program which offers a range of functions that will help you produce interesting, skilled-high quality video tutorials in just a few minutes. A few of its key functions include:

AI-powered press research: ShortsAI's multimedia lookup feature makes use of AI that will help you obtain the bestimages and videos, and music clips for your online video. It is possible to enter in a key word or key phrase, and ShortsAI will propose related media by reviewing the library of countless great-top quality belongings.

Easy to customize web templates: ShortsAI gives many different easy to customize templates intended for various industries and use situations. You can select a template that fits your message and brand. Alternatively, you can create your own custom template using ShortsAI's editing tools.

Straightforward-to-use modifying resources: If you have no experience with video editing, ShortsAI's editing tools are designed to be easy to use, even. You may adapt your video's fonts, text and colors and a lot more, and you can add animation, transitions, and outcomes to create your movie stand out.

Social media submitting: ShortsAI allows you to publish your video directly to social websites programs likeFacebook and Instagram, and YouTube, so that it is simple to talk about your video clips together with your audience.

Multi-language support: ShortsAI can handle numerous spoken languages, allowing you to produce videos in several languages to arrive at a bigger audience.

Utilizing ShortsAI?

Creating a video clip with ShortsAI is easy and quick. Here's a step-by-move help guide to utilizing ShortsAI to generate a video clip:

Choose your online video format: Begin with selecting the video clip format you would like to generate, such as square, straight, or landscape.

Select your format: View ShortsAI's collection of custom templates and choose one who fits your message and brand.

Add your media: Post your ownvideos and images, and audio clips, or use ShortsAI's multimedia lookup feature to find the best mass media for your personal video clip.

Personalize your video: Use ShortsAI's enhancing equipment to individualize your video. You may adapt fonts, colors and text and more, and you will include animated graphics, transitions, and effects to create your video stick out.

Review and export your movie: After you're happy with your online video, review it and make any final adjustments. Then, export it inside the structure you prefer and post it on social networking or acquire it for your gadget.

Use cases for ShortsAI

ShortsAI can be used a number of use situations, including:

Social media marketing: Use ShortsAI to make eyes-finding video tutorials that grab viewers' focus on social media marketing websites like Facebook and Instagram.

Video advertising: ShortsAI is perfect for developing video advertisements that travel sales and conversions.

Item demos: Use ShortsAI to produce video lessons that show off your product or service and make clear their benefits and features.

Training videos: Make tutorial video lessons that instruct your target audience utilizing your goods and services.

Marketing and storytelling: Use ShortsAI to create video lessons that educate your brand's narrative and take part your target audience.

Assessment to many other video production equipment

Whilst there are lots of video clip creation equipment on the market, ShortsAI shines for its AI-powered press search, easy to customize web templates, and easy-to-use editing instruments. ShortsAI's AI-driven media research makes it easy to locate substantial-good quality media swiftly, when its layouts and enhancing instruments ensure it is very easy to generate video lessons that seems to be professional and fascinating. In addition, its social media posting attribute allows you to share with you your video clips with your market.

Summary

ShortsAI is the perfect tool for you if you're looking for an effective and easy way to create professional-quality videos that stand out. Having its powerful characteristics and easy-to-use graphical user interface, you may create video tutorials that resonate together with your audience and travel final results. So why wait? Subscribe to ShortsAI nowadays and initiate making video tutorials which get observed!

http://www.youtube.com/embed/EEjNW43-59k

[urmiladebnath]

How To Do Keyword Research In Only 5 Minutes

In this post, we talk about the importance of keyword research in search engine optimization. We also discuss how to find the right keywords for your website.

Keywords are one of the most important parts of SEO. They help Google identify what your site is about, so they can display it to the right people at the top of search results.

Keywords are also used by other websites to find out what your site is about, so you want to make sure that your keywords are relevant and chosen wisely.

What does keyword mean for google search?

A keyword is a term or phrase that a person enters into a search engine when looking for information online. Google uses keywords to match a user's query with relevant web pages and display the results. Keywords are an important part of search engine optimization (SEO) and can help determine the visibility and ranking of a website in search results.

Why is keyword research mandatory before writing a blog for money earning website?

Keyword research is mandatory before writing a blog for a money-earning website for several reasons:

Target audience: Keyword research helps identify the language and terms that your target audience is using to search for the type of content you want to provide.

Competitor analysis: Keyword research also helps to understand the competition in your niche and what keywords they are targeting.

Relevance: Keyword research allows you to choose relevant keywords to focus on in your content, which helps to ensure that your blog is discoverable to your target audience.

Search engine optimization: Including relevant keywords in your blog content can improve your website's ranking in search engine results pages, which can lead to more traffic and higher potential earnings.

Therefore, conducting thorough keyword research before writing a blog for a money-earning website is essential for increasing its visibility, relevance, and potential earning power.

How to do keyword research in only 5 minutes?

Keyword research can be done in 5 minutes using the following steps:

Identify your topic: Start by identifying the topic you want to write about. This will help you focus your keyword research.

Use keyword research tools: Use keyword research tools such as Google Keyword Planner, Ubersuggest, or Keywords Everywhere to find relevant keywords related to your topic.

Generate a list of keywords: Generate a list of relevant keywords that are related to your topic. Make sure to include both short-tail and long-tail keywords in your list.

Check search volume: Check the search volume of each keyword to determine which keywords are most popular and relevant to your target audience.

Analyze competition: Analyze the competition for each keyword by checking the number of existing web pages that are already ranking for those keywords. This will give you an idea of how difficult it might be to rank for a particular keyword.

By following these steps, you can quickly and efficiently conduct keyword research for your blog and choose the most relevant keywords to target in your content.

How to find the right keywords for your website?

Here are some of the tools that you can use to find the right keywords for your website.

1. Google

2. Word tracker

3. Keyword Discovery Tool

4. Google AdWords Keyword Planner

5. Yahoo Keyword Suggestion Tool

6. SEMrush

7. Ahrefs Keyword Explorer

8. MOZ Keyword Explorer

9. Serpstat

10. Keyword Tool

11. Majestic

12. Long Tail Pro

13. Growth Bar

14.KWFinder

15. SEO PowerSuite

When conducting research online the keyword?

When conducting research online, keywords play an important role in helping you find relevant information. By using keywords, you can search for information that is directly related to your topic of interest, which saves time and increases the accuracy of your results. When conducting online research, it's important to choose keywords that are specific, relevant, and descriptive of your topic. You can use a combination of short-tail and long-tail keywords to make your search more targeted and effective. Additionally, you can use quotation marks around your keywords to search for an exact match or use advanced search operators such as OR, AND, NOT, etc. to refine your search results.

Importance of keyword research in SEO

Keyword research is an important aspect of search engine optimization (SEO) because it helps to determine the visibility and ranking of a website in search engine results pages. The importance of keyword research in SEO can be summarized as follows:

Target audience: Keyword research helps identify the language and terms that your target audience is using to search for the type of content you want to provide.

Relevance: Keyword research allows you to choose relevant keywords to focus on in your content, which helps to ensure that your website is discoverable to your target audience.

Competitor analysis: Keyword research also helps to understand the competition in your niche and what keywords they are targeting.

Optimizing content: Keyword research enables you to optimize your website's content with the right keywords, which can improve your website's visibility and rank in search engine results in pages.

Measuring success: Keyword research helps you track the success of your SEO efforts by allowing you to monitor the ranking of your website for specific keywords over time.

Therefore, conducting thorough keyword research is a crucial step in the process of optimizing a website for search engines and increasing its visibility and potential earning power.

Importance of keyword research in amazon

Keyword research is important in Amazon for several reasons:

Product discovery: Keyword research helps to identify the most relevant and frequently used keywords that people use when searching for products similar to yours on Amazon.

Optimizing product listings: By including relevant keywords in your product title, bullet points, and description, you can improve the visibility of your product in Amazon search results and make it easier for potential customers to find your product.

Competitor analysis: Keyword research also helps you to understand the competition in your niche, what keywords they are targeting, and how you can differentiate your product from theirs.

Increasing sales: Optimizing your product listing with the right keywords can improve your product's ranking in Amazon search results, which can lead to increased visibility, higher click-through rates, and ultimately, increased sales.

Measuring success: Keyword research allows you to track the success of your Amazon SEO efforts by monitoring the ranking of your product for specific keywords over time.

Therefore, conducting thorough keyword research is essential for optimizing your product listing on Amazon and increasing its visibility and sales potential.