#learn arduino in 10 min

[thefuturewearables]

Learn Arduino in 10min

Learn Arduino in 10min

What is Arduino? Is it hard to use? Can I use Arduino for my project? Get your answers in this ultimate video guide by ZP RoboCampIn this video, we’re going to use plain language to tell you exactly what an Arduino is.WHAT IT IS EXACTLYThe best way to explain what an Arduino is will be to start with what you can use it for.Put simply, an Arduino is a tool for controlling electronics. Think about…

[laxzelbasic]

Sim card reader writer kit

Sim card reader writer kit update#

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Sim card reader writer kit code#

Sim card reader writer kit Pc#

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A project collaboration and documentation platform.Membership connects and supports the people and projects that shape our future and supports the learning initiatives for the next generation of makers.

Sim card reader writer kit free#

A free program that lights children’s creative fires and allows them to explore projects in areas such as arts & crafts, science & engineering, design, and technology.

Find enriching and interactive events, classes, workshops, and more.

Sim card reader writer kit software#

Maker Campus is a place to connect, learn, and make together. The SIM card reader SIMate is a SIM writer with operating software which allows to read, display, store and manage the data of your SIM card on your computer.

Maker-written books designed to inform and delight! Topics such as microcontrollers including Arduino and Raspberry Pi, Drones and 3D Printing, and more.

A smart collection of books, magazines, electronics kits, robots, microcontrollers, tools, supplies, and more curated by us, the people behind Make: and the Maker Faire. This product belongs to Home, and you can find similar products at All Categories, Cellphones & Telecommunications, Mobile Phone Parts, SIM Card & Tools, Sim Card Readers & Backup.

A celebration of the Maker Movement, a family-friendly showcase of invention and creativity that gathers together tech enthusiasts, crafters, educators across the globe.

Get a package of custom-made reusable SIM cloning cards with a special SIM Cloning Reader/Writer.

The premier publication of maker projects, skill-building tutorials, in-depth reviews, and inspirational stories, accessible by all ages and skill ranges. The cloned SIM will never connect to an operator’s network The purpose of this tool is to isolate a phone from its network for secure investigations.

Together they can be used to backup stored SIM card data, recover deleted SMS's and phone contacts, examine the last 10 phone numbers dialed, etc. Once the kit is assenbled, accompanying software can be used to read and write from the card. We don't guarantee that software/device will work or any other system - especially 64-bit systems, iMac, Linux. This is a SIM card reader/writer kit for experimentation and investigation of SIM & Smart cards.

Sim card reader writer kit Pc#

Information concerning hardware requiments:įor proper working with this device producer suggest PC computer with 32-bit Windows XP operating system. Leaving it enabled can occurs inproper operation of software / services and you will get communications errors like “Error 10060”. EC2WORLD USB Smart Card Reader, Rocketek Memory Card Reader with SDHC/SDXC/SD Card Reader & Micro SD Card Reader for SIM and MMC RS & 4.0 Compatible with Windows, Linux/Unix, MacOS X. Information concerning the interoperability of digital content:įor using a software or a piece of software that the manufacturer supplies with purchased hardware, in some cases it’s required that you disable your Firewall ( in software or router) and antivirus software.

Sim card reader writer kit update#

Before you attempt to make software update on the device or want to activate/use service, make sure that you have a sufficient link parameters. capacity of 1024 kb / s ( download) and 512 kb / s ( upload). The correct use of the purchased goods is required to have a stable internet connection with min. NOTE: You can use this reader/coopier as a clone device - you need only have to software SIM Coopier that it's free available over Internet and special card to which you can clone your original card dataįor this hardware we offer 12 months of warrantyĪdditional information about this product: Information concerning technical requiments : fuill option to read all details of SMS without using phone (edit/write/copy/backup).fuill option to read all details of phonebooks without using phone (edit/write/copy/backup).Suitable for those who have several SIM cards to backup and modify information and clone into the blank SIM card.

Sim card reader writer kit code#

100% completed scan (3B, 3F code are all readable), unlike other SIM cards which can only scan 80% of the original cards and affect parts of the original function Super SIM Card Reader Writer Cloner Edit Copy Backup USB Kit.

Be sure that your phone is unlocked, to be sure that SIM CARD will be accepted at your mobile phone. SIM MAX Card Reader/Writer it's high speed USB SIM Card reader that a allows you to read all contest of your SIM and make copy of it on HDD or chaneg detaisl directly on SIM withtou usign phone.

Support for NOKIA, SIEMENS, ALCATEL, PHILIPS, ERICSSON, MOTOROLA, MAXON, PANASONIC, MITSUBISHI, NEC, SAMSUNG etc.

Only in our company you will find USB version which is 1,5x faster and 2x smaller that other types of such devices ! Mostly used in big companies to personalzie all SIMCads for desired numbers withtou need to spend time to do this manully as well as by police in forensic area for investigations. SIM MAX Card Reader/Writer it's high speed USB SIM Card reader that a allows you to read all contest of your SIM and make copy of it on HDD or chaneg detaisl directly on SIM withtou usign phone.

[physicalcomputingwithj]

Experiment #4 : Look Emitting Diodes

Experiment conducted 2021/03/16

I decided to have a look at the components provided in the kit and see which might be fun in combination. I saw the joystick and 8x8 led matrix display, and thought it might be fun to make something that moves around on the screen depending on the joystick input. As I made the screen display a face you can make look in different directions, I've dubbed them the "Look Emitting Diodes"!

Components Used

This experiment uses the Arduino UNO R3 Project Starter Kit.

1 x UNO R3 Controller Board (the Arduino)

1 x Breadboard

Breadboard jumper wires

1 x 8x8 LED Dot Matrix Display (MAX7219)

1 x Joystick

Part 1: Wiring the Display

The Wiring

I first connected the 8x8 matrix display as shown. n.b. TinkerCAD doesn't have an LED matrix or a joystick, so I created both in MS Paint.

To be able to control the display from the Arduino, I installed the LedControl library by Eberhard Fahle V1.0.6. I ran the example code from lesson 15 of the Elegoo starter kit PDF to verify that the display was working!

Can't see the video? Watch it on YouTube!

The Code

To see how I could write my own output to the display, I wrote a program that displayed the static outline of my eyeball, with intention to add the moving pupil next.

At the start of the program, we include the LedControl library and initialise an interface to our display.

#include "LedControl.h" // LedControl library by Eberhard Fahle V1.0.6. LedControl display = LedControl(12, 10, 11, 1); // Connect to DataIn, CS, and CLK respectively

Next, I create a constant array of bytes, which I essentially treat as an 8x8 2D array of bits. In C++, putting a B before a sequence of ones and zeros creates a byte literal, meaning the language will interpret the numbers as binary, and not base 10.

// An array of bytes, where each byte corresponds to a column, and each bit to an LED // The array is constant as it stores the static parts of the eyeball const byte eyeball[8] = { B00111100, B01000010, B10000001, B10000001, B10000001, B10000001, B01000010, B00111100, };

In the setup function, we prepare the display for showing our output. Most notably, we have to wake up the display from power saving mode.

void setup() { display.shutdown(0, false); // This "wakes-up" the display, which is in power saving mode by default display.setIntensity(0, 8); display.clearDisplay(0); }

In the loop function then, we literate over each byte in the array, and write it to the corresponding column in the display. Thankfully, the library handles the complexity of this for us!

void loop() { for (int col = 0; col < 8; col++) { display.setColumn(0, col, eyeball[col]); } delay(1000); // These delays are just in place for testing display.clearDisplay(0); delay(1000); }

You can view the complete code on GitHub.

Part 2: Completing the Eyeball

The Wiring

Next I wired the joystick, which was pretty straightforward. I didn't wire up the switch pin and I wasn't using it for this experiment, though I suppose I could have rigged it up to trigger a blink animation. Throughout the experiment I kept switching which wire I treated as the "x" input and which as the "y" as I kept holding the joystick at different angles.

The Code

To be able to read in from the joystick I updated my setup function.

void setup() { Serial.begin(9600); pinMode(A0, INPUT); // Read in the 10-bit analog signal from pin A0 (x signal) pinMode(A1, INPUT); // Read in the 10-bit analog signal from pin A1 (y signal) display.shutdown(0, false); // This "wakes-up" the display, which is in power saving mode by default display.setIntensity(0, 8); display.clearDisplay(0); }

The real magic of drawing the moving pupil then I do in the loop function, predominately through the use of bit operators.

void loop() { int x = 1023 - analogRead(A1); // Doing 1023 minus the singal inverts it, which I did to ensure the pupil's vertical movement is not inverted from that of the joystick's int y = analogRead(A0); // Downscale the input range to the width/height of the matrix // Bitshifting the 10 bit input 7 bits to the right causes it to be 3 bits, i.e. 0-7 x = x >> 7; y = y >> 7; // Draw the eyeball byte pupil = 3 << x; // 3 is 11 in binary. These bits are then shifted as far as they need to go for (int i = 0; i < 8; i++) { byte col = eyeball[i]; if (i == y || i == y - 1) { col = col | pupil; // | is the bitwise inclusive OR operator. Each bit of it's operator is the result of ORing the corresponding bits in it's inputs // In essence, this combines the outline of the eyeball with the pupil } display.setColumn(0, i, col); } display.clearDisplay(0); // Clear the display }

With the exception of some odd behaviour around the edges, it worked well!

You can view the complete code on GitHub.

Can't see the video? Watch it on YouTube!

Part 3: A New Face in Town

Now the experiment was working, I decided a single eyeball was a little creepy, and wanted to replace it with a face that had two eyes. This worked in largely the same way as before, but I added some additional logic to make the eyes move closer together as the user moves up against the edge of the display. As each eye is just a line, I do this by clamping the x position of each eye to be within certain bounds. Though, this code got a little messy as I tried to find ways to let the user reach the edge of the display without having to push the joystick absolutely as far as it could go.

When writing my new code, I also realised that I didn't need to clear the display on each loop. This is because when the library writes each byte, it still writes the zeros, essentially clearing anything that was there before.

This is the loop function of the new code.

void loop() { int x = analogRead(A1); int y = 1023 - analogRead(A0); // Doing 1023 minus the singal inverts it, which I did to ensure the pupil's movement is not inverted from that of the joystick's // Map the positions to the range of the display, and also clamp the positions x = map(x, 0, 1023, -3, 3 + 1); y = map(y, 0, 1023, -7, 1 + 1); x = min(x, 3); y = min(y, 1); // Determine the position of the eyes int top = 6 + y; int left = 2 + x; // (the x axis is 0 at the right side of the matrix from my perspective) int right = 5 + x; // Clamp the positions right = constrain(right, 2, 7); // These are likely muddled up! left = constrain(left, 0, 5); // Draw the eyes for (int i = 0; i < 8; i++) { byte row = 0; if (i == left || i == right) { row = B111 << top - 1; } display.setRow(0, i, row); // Now we are drawing rows, not columns, as that made the most sense for the new vertical lines for eyes } }

You can view the complete code on GitHub.

Hello World!

Can't see the video? Watch it on YouTube!

I think the end result is pretty charming! It was definitely an interesting application of binary bit manipulations and helped me practise my skills in using them. Though, the final code could definitely be un-muddled and improved. I definitely learned more about what to be thinking about when interpreting input signals from electronics in non-continuous ways - dealing with nuances such as ensuring the absolute maximum value of the input signal does not have it's own discrete output value.

[julianapau]

Semester Canceled, But Students Prevail!

COVID-19 has caused our 2020 Spring semester to come to a harsh stop. No more face to face classes and everything has moved entirely virtual. This has caused our original group project idea to come to an end and we have now began individual projects. Through it all I refuse to look at this as the downfall of all me and my group members have accomplished so far.

We are now tasked to learn how to use an Arduino Uno R3 using Tinkercad. This site allows us to have much fun working with virtual circuits. This is one of the first circuits I have created while toying around with the and getting a better grasp of its functionalities. Below I have built and programmed this circuit to blink the LED every two seconds. This took me about 10 mins to do and I used a breadboard 1 resistor, 1 LED, wires, and lastly the Arduino itself.

[techthought]

What is an Arduino?  Confused? Learn all about Arduino in 10 mins with this video. In this complete tutorial on Arduino get a closer look at Arduino.

[xpresslearn]

67% off #Face Detection -Master Open CV with Digital Image Processing- $10

Face Detection – Digital Image Processing and Open CV using C++. Best course for face detection and Open CV

All Levels,  –   Video: 1.5 hours Other: 43 mins,  31 lectures 

Average rating 3.1/5 (3.1)

Course requirements:

Basic computer understanding

Course description:

First of all let me tell you what is Open CV and what are the things that we can do using OpenCV. (If you are not familiar with Open CV),

OpenCV is a open source C++ library for digital image processing and computer vision, which can be used to create real-time face recognition and using it with embedded robotics and micro controllers for purpose like differentiating a particular color from an image having various colors.

Are you willing to become a programmer? Do you want to make software that sells? Do you want to present projects in your University and to score good marks? Do you wonder why you are not good at programming? Do you want to showcase your talent and present in front of your particular audience? Are you looking for getting projects as a freelancer but never got the opportunity? Do you want techniques and methods that will enhance your programming skills and more peoples would appreciate you for your works?

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“Few years back, I started learning programming and spent couple of months just to learn the basics. Then, for again a couple of months I spent my time learning advance of Open CV. Being in the same field for almost one year, I decided to start my own project. But I keep on stuck at various steps of my project as many of concepts were not cleared. I was not able to develop a simple software from the knowledge I gained. I was depressed and thinking to leave the programming.

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Now I got success; I am a professional programmer in C++ and OpenCV and now working with two companies.”

What you need is someone to teach you step by step every algorithm of OpenCV and C++, concepts which are widely used in programming and algorithms that are universal to each program. So that you can go forward without googling all day and night.

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We have all the data collected from different resources at one place which includes:

Real time face detection and object tracking. Embed robotics and micro controllers. Differentiating specific colors from an image and video stream through the webcam. Do projects like human detecting bots, color following bots, laser toy gun bots, bots playing football, etc.

And you can see the whole curriculum of the course under this section.

Today you will have started-up in OpenCV and C++ that will lead to making you a successful programmer. Today if you spend time watching your videos of this course then you don’t need to google all time and collect resources.

Yes, you could spend hours learning how to do it on google, and then you have to sort out the good from the bad information. And spend hundred of dollars taking private coaching that explains how to do it, or you could buy all the information you need from this course for this little price.

This course can be taken by anyone, as it includes section starting from beginners to advance step by step. The programming files include comments on each line so that you won’t have a problem learning the program methodology.

I will be updating it time to time with new projects and projects integrated with micro controllers and Arduino and projects on demand. Yes, you can request us a project that you are looking for, and we will be creating and uploading it for you.

No other course for OpenCV or Digital image processing is as simple as this and in this much of details.

There is a summary page at the end of each section to sum up every topic under that section. You can ask me for help if you stuck or find any difficulty i

Reviews:

“Very interesting and comprehensive explanations. The examples are excellent. Well done!” (Elad Harison)

“I was expecting a more advanced dive into OpenCV with the video lectures based on the title of this course. It needs more video lectures on the advanced topics in the latter sections, not just examples from http://docs.opencv.org/.” (Sidd Sahay)

“sorry very poor” (Aneesh)

    About Instructor:

TweakCoder eLearning Solutions

TweakCoder is an India-based leading publisher of high quality eLearning solutions. Our expert team creates web, mobile, and game development courses with comprehensive material and hands-on examples. We emphasize on teaching real life skills that are essential for progressing in today’s commercial environment. Our aim is to empower the students with easy to understand, but high quality content using studio quality narrated videos backed-up with practical hands-on examples and comprehensive working files. Our teaching team consists of trained professionals having real-world expertise in their respective fields. The entirely online, self-paced learning model allows students to learn at their own pace. We are always looking forward to your comments, questions, suggestions and reviews to help us serve you better.

Instructor Other Courses:

Become intermediate level C programmer from level zero Arrays and Functions in C language [Deep Study] CodeIgniter : Foundation classes on CodeIgniter …………………………………………………………… TweakCoder eLearning Solutions coupons Development course coupon Udemy Development course coupon Programming Languages course coupon Udemy Programming Languages course coupon course coupon coupon coupons

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from http://www.xpresslearn.com/udemy/coupon/67-off-face-detection-master-open-cv-with-digital-image-processing-10/

[lewiskdavid90]

93% off #Complete Guide to Build IOT Things from Scratch to Market – $10

Build IOT products using Arduino, NodeMCU,ESP8266, IOT Platforms, Sensors, Displays, Keypads,Relays, PCB’s,Casing & more

All Levels,  – 5.5 hours,  73 lectures 

Average rating 4.1/5 (4.1 (84 ratings) Instead of using a simple lifetime average, Udemy calculates a course’s star rating by considering a number of different factors such as the number of ratings, the age of ratings, and the likelihood of fraudulent ratings.)

Course requirements:

It will help if you have some background in electronics and know basic coding principles

Course description:

Imagine a world of connected “things” (devices, vehicles, buildings) able to talk to a network, internet, to themselves and be able to take actions ?

Welcome to the IOT(Internet of Things) space, a new revolution, which will have 212 Billion Installed things, 30 Billion autonomously connected things, 3 Million Peta Bytes off Embedded Systems Data by 2020, spanning across all verticals estimated at a value of $8.9 trillion.

Those are some good reasons to look in this direction, Personally it is a truly unique space, as you get to work on both the hardware and the software side of things, be able to connect to the internet and create spectacular devices and solutions.

This course is designed to enable “YOU” to create amazing IOT products and solutions from scratch all the way to the market.Learn it by creating 3 IOT devices from scratch for Home Automation, Building Security and Assisted Living use cases!

The focus in this course it to enable and equip the audience to immediately start building IOT products. We touch all the necessary software, hardware, platform, protocols, everything in between to the point it is required. Additional study material is provided for a deep dive.

Soon there will be more apples coming out of the garage! imagination will be the only limitation.

Key Course Subject Highlight’s :

1) 70 + Professionally authored lectures with supporting content

2) Understand what is an IOT thing, IOT Ecosystem, big picture, Use cases, layers and communication protocols

3) Learn how to work Arduino UNO, Arduino Nano,Sensors, Displays, Keypads, Relays, Power converters the whole nine yards.

4) Learn how to connect your IOT devices to the internet over Ethernet or Wifi. Learn how to work with Ethernet Shield, Wifi chip ESP8266 and Development kit like NodeMCU.

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6) Learn how to write code (sketch) for your devices, from basics.

7) Understand the different options to Connect your device to a IOT Cloud platfrom, DB’s.

8) Learn how to persist data to the cloud platform using an API and HTTP methods.

9) Learn how to program triggers in the IOT platform like making a call, send an email, sending a text and more.

10) Learn how to use a Mobile APP service to create Android APP’s in no time and be able to control your IOT device with it over the internet.

11) Learn PCB designing using Fritzing, Casing, Soldering and more.

12) Learn about Manufacturing, Certification, Angels, VC and more.

IOT devices You will Create in the Course :

Product 1 – Smart lights and devices — Home Automation

Product 2 – Motion detector with email notification – Building Safety

Product 3 – Panic Alarm for the Elderly – – Healthcare Industry

Teaching Methodology Highlights:

1) Professionally authored and edited lectures for serious and easy learning

2) Easy presentation style, with NO power points !!

3) Generous use of technology enabled teaching products to enhance learning outcome

4) Carefully planned and sequenced small lectures most of them under 7 min many under 5 min.

5) Guaranteed learning in every minute!

6) Generous descriptions for each lecture and Section

7) All necessary codes, libraries, supporting documentation are uploaded

Full details Learn how to Independently Design, Code and Build IOT products. Learn to work with Micro controllers (Arduino Uno, Nano, NodeMCU), Sensors , Relays, Displays, Keypads, work with main (220/110) and more Learn to code using Arduino IDE from basics Learn how to use Ethernet and Wifi shields Learn how to connect to cloud IOT Platforms, Persist Data, Program Triggers and more Build 3 IOT products in the course Learn PCB designing using Fritzing Learn Designing, Casing, Soldering and more Learn about Manufacturing, Marketing, Certification, Angels, VC and more. Professionally authored, edited, carefully planned and sequenced small lectures most of them

Reviews:

“He is just an awesome guy. I have completed 3 sections and so far no complaints. He is explaining each and everything in detail especially with other extra details too. Let us see.” (Advait Patel)

“My initial impression of the instructor and course organization is positive.” (Carl L. Trourman)

“Interesting so far” (Koll Valentin)

  About Instructor:

Junaid Ahmed

Hello there! I am Junaid Ahmed. I have a bachelors in electrical and electronics engineering and a masters in software engineering . I would like to call my self a technologist, I am excited to learn new technologies, working and teaching on them. I come from a background of enterprise software, and I am currently also focusing on Internet of things(IOT) and building products. I have worked for over 9+ years with enterprise applications, reporting and security products from SAP and Oracle. I have consulted with large organizations in Government, Telecom, Power, FMCG sectors and start-ups.I manage projects using agile methods and tools. I hold certifications in SAP HANA and scrum master . As far as training goes I have been involved in on site and online Training for the last 4 years in different products and practices including SAP HANA and now IOT. I have over 2000+ students enrolled in my courses on Udemy. My clients include Consulting Companies, Implementation partners and Consultants. Currently, I have also started working with firms to provide solution in the IOT space. Happy Learning!

Instructor Other Courses:

How to Run SAP HANA Express Edition VM on your Laptop Junaid Ahmed, Entrepreneur, Product Designer, Architect and Trainer (10) $10 $95 SAP Data Services(BODS)Extraction,Transformation and Loading SAP HANA Installation, Operation and Administration …………………………………………………………… Junaid Ahmed coupons Development course coupon Udemy Development course coupon Development Tools course coupon Udemy Development Tools course coupon Complete Guide to Build IOT Things from Scratch to Market Complete Guide to Build IOT Things from Scratch to Market course coupon Complete Guide to Build IOT Things from Scratch to Market coupon coupons

The post 93% off #Complete Guide to Build IOT Things from Scratch to Market – $10 appeared first on Course Tag.

from Course Tag http://coursetag.com/udemy/coupon/93-off-complete-guide-to-build-iot-things-from-scratch-to-market-10/ from Course Tag https://coursetagcom.tumblr.com/post/157853794113

[lesterwilliams1]

67% off #Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA – $10

Learn the Basics of Xilinx Zynq® All Programmable System on a Chip (SoC) Design in Xilinx SDK.

All Levels,  –   Video: 2 hours Other: 0 mins,  18 lectures 

Average rating 5.0/5 (5.0)

Course requirements:

A Zynq Device (Microzed Board from Avnet Recommended but can use any Zynq Board) Vivado Design Suite 2015.4 or higher Xilinx SDK Installed (included with Vivado) PC with Internet Connection C/ C++ Programming Experience

Course description:

Course Update: 

Note! This course price will increase to $40 as of 1st October 2016 from $30. The price will increase regularly due to updated content. Get this course while it is still low.

LATEST: Course Updated For September 2016 OVER 1200+ SATISFIED STUDENTS HAVE ALREADY ENROLLED IN THIS COURSE!

Do you want to learn the new Zynq Development in Xilinx SDK?  Are you lost when it comes to getting started with Zynq Training? Or are you new to FPGA’s? This course will teach you all the fundamentals of the Zynq Design and Vivado in the shortest time so that you can get started developing on (Field-programmable gate array) FPGA (System of Chip) SOC. 

Now why should you take this course when Xilinx Official Partners already offer training? Most of their course are held bi-annually which means you will have to wait at most 6 months before starting the basic training. Also these courses can cost over thousands of dollars. 

My Name is Ritesh Kanjee and I am an FPGA Designer with a Masters Degree in Electronic Engineering. I have over 7300 students on Udemy.This course is designed to help you understand the fundamentals of Zynq Design through practical and easy to understand labs. This class covers these capabilities, including BSP creation, built-indrivers, example C code, interrupts, debugging, flash programming. You will learn all the fundamentals through practice as you follow along with the training. Together we will build a strong foundation in SOC Development in Xilinx SDK with this training for beginners. This Course will enable you to:

Import Board Definition Files Use the Vivado to build, synthesize, implement, and download a design to your FPGA. How to use Xilinx SDK Learn how to access memory modules and GPIO from Xilinx SDK Debugging in Xilinx SDK Understand Stucts or Structure in C programming and why they are important

Training Duration:

2 hour

Skills Gained

After Completing this Training, you will know how to:

Design for 7 series+ FPGAs (System on Chip) SOC, Learn how to set up the Zynq in Vivado, Create a Simple Hello world App in Xilinx SDK, Access GPIO to blink an LED, Learn how to read from GPIO button peripherals, Understand Structures in C or C++ and how to use them in Xilinx SDK, Debug your design and understand how to step through lines in your code, Learn how to add more hardware in Processing Logic, Use the Processing logic to create a Block RAM memory, Learn to Read and Write from internal memory, Create your own timing App using both polled and interrupt methods Get an indepth insight into interrupts and how they work on Zynq devices

Skills Gained

This course only costs less than 1% of the Official XIlinx Partner Training Courses which has similar content. Not only will you save on money but you will save on Time. Similar courses usually run over 2 days. This course, however, you will be able to complete in under 2 hours, depending on your learning speed. 

You will receive a verifiable certificate of completion upon finishing the course. We also offer a full Udemy 30 Day Money Back Guarantee if you are not happy with this course, so you can learn with no risk to you.

See you inside this course.

Full details Use Vivado to Create a Zynq Hardware Design Understand the Fundamentals of Zynq design in Xilinx SDK Undetstand Structures for Processing Logic Learn the difference between Processing Logic (PL) and Processing Systems (PS) Go from Hello World to Blinking an LED to Reading and Writing from Memory to Exploiting Timers

Full details Digital designers who have a working knowledge of HDL (VHDL) and who are new to Xilinx FPGAs Designers who are already using Zynq for design should not take this course unless they are struggling with the basics. Take this course if you want save $3200 in training costs of similar training material Take this course if you want to get started with Zynq devices Want to learn how to use Xilinx SDK

Fu

Reviews:

“Excellent Lectures and well structured. Thank you so much for this course. Really easy to follow and learn.” (Kyle Mcloed)

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    About Instructor:

Ritesh Kanjee

Ritesh Kanjee has over 7 years in Printed Circuit Board (PCB) design as well in image processing and embedded control. He completed his Masters Degree in Electronic engineering and published two papers on the IEEE Database with one called “Vision-based adaptive Cruise Control using Pattern Matching” and the other called “A Three-Step Vehicle Detection Framework for Range Estimation Using a Single Camera” (on Google Scholar). His work was implemented in LabVIEW. He works as an Embedded Electronic Engineer in defence research and has experience in FPGA design with programming in both VHDL and Verilog.

Instructor Other Courses:

Xilinx Vivado: Beginners Course to FPGA Development in VHDL PCB Design a Tiny Arduino In Altium CircuitMaker Learn Computer Vision and Image Processing in LabVIEW …………………………………………………………… Ritesh Kanjee coupons Development course coupon Udemy Development course coupon Software Engineering course coupon Udemy Software Engineering course coupon Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA course coupon Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA coupon coupons

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from Udemy Cupón http://www.xpresslearn.com/udemy/coupon/67-off-zynq-training-learn-zynq-7000-soc-device-on-microzed-fpga-10/

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[symbianosgames]

The 2017 Game Developer's Conference will feature an exhibition called Alt.Ctrl.GDC dedicated to games that use alternative control schemes and interactions. Gamasutra will be talking to the developers of each of the games that have been selected for the showcase. You can find all of the interviews here.

The Heist has two players working together to rob a bank -- one in VR navigating the bank and describing problems they encounter, and the real-world player hitting switches and connecting cords to a control panel, trying to help the VR player along.

With one player in VR and the other assisting with a real control panel, The Heist forces players to talk and work together, using two very different means in tandem to solve puzzles and get rich.

Developed by Michał Wróblewski, a developer with eight years of experience from SetApp, The Heist will bring the fun of fiddling with real buttons, as well as the challenge of dealing with puzzles from two different points of view to the ALT.CTRL.GDC exhibit next week.

Gamasutra reached out to Michał Wróblewski to learn more about the dual setup, how to design puzzles that need two people working separately to solve them, and what drew them to create this unique team-up style of play.

My name is Michał Wróblewski, some sources may lead to VRóblewski. I run a VR division in Setapp. My role was to lead the project’s vision right from the simple idea at the beginning. I worked with the dev team, discussing and verifying what works and what doesn’t.

Do you know that scene from The Matrix where Neo is talking with the operator looking for a telephone box? They both need to rely on each other, but they can only talk to get out of The Matrix because they don’t see what the other player sees. The controller itself is the tool of the operator and the other player is in a Virtual Reality (VR) headset.

The aim of The Heist is simple - the VR player has to break into a bank’s vault and the player with the controller can act on things in VR. The controller itself is a box with buttons, cables, and lights that’s connected to the VR world. Players need to talk to each other to figure out by trial and error all of the puzzles in the game. The feeling of the game is pretty similar to a real escape room because there’s a clear goal, puzzles to solve, and no instructions.

I've spent almost 8 years now in professional game development. It all started a few years earlier when I got hooked by the magic of Flash - its accessibility for anyone without any knowledge who was full of curiosity. I got myself a book about creative ActionScript and just started. I spent some time learning to code and doing creative experiments. I started making games and other Flash stuff with BlackMoon Design. There was Scribbles and Crazy Pandas among the few public ones.

Then I worked with Synergy-IT on games for DICE+ controller. Then I landed in Setapp to work on mobile title Out of the Box and to open R&D-like VR division. We’ve released Neverout, Overflight, and Escape Velocity for Gear VR in 2016.

The VR side of The Heist was #madewithunity. All of the assets were made in-house. For 3D assets, our graphics designer used LightWave and Substance Painter. As the game was made for Samsung Gear VR, we wrote native Java code to connect via Bluetooth with the controller. But that’s only one part of the game.

The very first version of the game’s controller was made for tablet, so it helped us iterate over the ideas very rapidly. The first physical version of the controller was based on Arduino with a Bluetooth module and lots of wires, buttons, and cables. It’s pure C software making it work. Now, in the second version, we wanted to build 5 of them, so there’s a custom board designed specifically for the controller. The cover is made with black matte acrylic sheet cut and engraved with lasers.

It took us around 2 months to develop The Heist with the physical controller. Thanks to mentioned rapid iteration, we settled on puzzles very early in the development so we could focus on polishing the puzzles without breaking basics.

We had that idea to make a cooperiative game. We were inspired by great games like Keep Talking And Nobody Explodes and I Expect You To Die, but also the movie The Matrix. Local co-op games have something magical we wanted to make, and having that feeling being in VR multiplies that.

VR itself gave us one rule that helped us shape the game’s rules - players don’t see what the other player sees. So, they focus on their own side and ask other player for help. It also fascinated us how people play with buttons and wires, given the challenge of a puzzle to solve. That’s what pushed us to make a physical panel.

We’ve also got a concept of making a real escape room with multiple devices that connected to each other with gauges, levers, and even more buttons and wires. We call it Smart Home Went Wrong.

The main one was finding a balance between what needs to be done or figured out by each of the players. We started with some non-obvious puzzles, but quickly found out that, as a starter, it was anything but fun. We wanted a game that anyone, even without any instructions, could finish and have fun playing. We highly valued instant feedback right after button was clicked or cable connected - it made it easier for players to connect the dots and to discover the rules.

One more, pretty funny thing is that, especially after players swapped, some players got overconfident about how the puzzles worked. It lead them to blindly go in the wrong direction for a longer time without leaving bad assumptions behind. Some players dominated the team and told other players what to do, even if they had no idea. But hey, isn’t this how bad teamwork works in real life?

Making puzzles got easy once we established the roles of the players. Neo and the operator was a perfect example to understand it. Let’s just make up a clear goal (break into a bank's vault), make 2 different roles for players that can’t share the same place (thief and operator), and for puzzles, we relied on direct feedback to spark a conversation.

Each of the puzzles can have multiple possible rulesets to figure out. We started with mechanical elements, and imagined what action could cause this or that outcome, and how it can match with the VR world to solve a puzzle.

As mentioned before, specifics of VR games made players isolated from what each of them see - it kind of naturally made us rely on communication. We were inspired by magic we’ve found in Keep Talking And Nobody Explodes, where one player in VR defuses a bomb and the player(s) outside have instructions to help them in a race against time and stress.

What we wanted to change was to drop the instructions and let players figure them out by themselves. To go more into an escape room type of experience, like I Expect You To Die, where the player is put into a scenario and is expected to solve all of the puzzles by trial and error.

During playtesting, I discovered that communication was a strong factor that connected two players. It’s like a dark restaurant, you need to talk to someone for 10-20 min, and after that time you’re like friends.

Valve’s efforts into exploration of input controllers in VR makes me feel safe about it. One thing I want to see in the near future is hand tracking for mobile VR headsets - it’s the controller we carry all the time, it’s pretty accurate, and we’re used to use hands to manipulate things.

In 5-10 years I would like to see haptic feedback solved. I know it won’t augment our world with objects we can feel, but let’s see what the future brings. Real world feedback adds a lot to make our brains accept the virtual world - just look at The VOID. If your brain accepts the world around you, you get immersed and that’s what we aim for. It’ll be super hard to bring those kinds of experiences to your home VR setup, and I think that world need VR arcades where you can feel it.

[tobys-experiment-blog]

QUESTIONS

- How will you show your insights at the final presentation? [See objectives below].

- How you have combined the accumulated knowledge of this entire semester into a comprehensive view on alternative interactions;

Al of the knowledge I gathered this semester is coming to gather in the We Need 1000 euro assignment. With the website we have to interact with the people non verbal. and with the event we are planning we can buil the objects and trigger people the spend there money in another way that they would normally do. hacking interactions!

- How your insights are translated and applied on human interactions.

I think I can translate the interaction with humans better in the group assignment. Are people willing to pay money for weird services. And interact with the way people normally spend their money. I could test the interaction with humans in the chair. But this would be more about the placement in the room, but also the placement between the object and the user.

- What are you planning to do the next two weeks?

In the next 2 weeks i’m gonna work on 2 assignments. The group assignment We Need 1000 Euro and my personal assignment ‘chair is a lamp and a lamp is a chair’.

- How will you test your interaction ideas on people outside the academy?

I’m gonna test the interaction of the chair. I was fascinated by archetypes of furniture and was wondering why is a chair always a kind of the same shape. Sure I do understand that 9 out of 10 times it is functional. But what if I could make a chair that has an archetypical shape of a chair. But it’s also a lamp. Would this interact with the way people are using the chair?

Normally a chair is standing at a table or behind a desk. But if this piece of furniture  also has another function. Why does it have to stand at a desk? maybe it’s easier to place it in the middle of the room or at the sides, were you normally place a lamp.

This is what I want to test. I’m thinking about finding 3/4 different test subjects and ask them if the want to use the chair for 24 hours. I will ask them if I could put a go pro in the room for a couple of hours. Or making photos every 10 min or something. to find out how the people would interact with the chair.

Are there differences during the day, then at night?  

- How would you assess yourself? What are your criteria?

How to asses myself is a very hard question for me. I know I challenged myself in this minor and learned a lot about interactions. If I look at my tumblr it really is a kind if diary of the semester. And I also felt like it was handy and not something I had to do for the teachers or something. I also switched my focus this semester to really keep it in school and not work to much on other things and this payed of in the end I guess.

If I have to say how to asses myself I would say that I tried everything this semester sometimes with a good outcome and sometimes with a bad one. But I never gave up and this is something you could see in all the assignments.

- Which project do you want us to assess in more detail?

The future project. In the beginning I was struggling a bit with the assignment. But when I chose to make a critical design everything turned around and in the end this was one of the assignments I also liked the most.

- What have been your challenges this semester?

To be honest I got challenged in almost every assignment. But the biggest challenge for me this last semester was the board game. I started out the assignment together with Jim Brady. (because I knew that Jim was quitte good in electronics and arduino and I’m not haha) then I tried to work with Diego. But he also had to leave. So I decided to do it on my own. Although my electronics are not really next level. It was something I really had the feeling a managed to do. Also the emotions of the game and how it could interact with the other players is really something I’m proud of. I know for shore that I would have never come up with this interaction without the minor!

- Where have you grown most?

In the end I’ve grown the most in the ‘don’t doubt, just do it’ mentality. I do have a feeling now that last year at LAB I made a kind of start in this mentality. But to work on a different assignment every six weeks for the last semester was really forcing me not to doubt to long but just start. I maybe made some mistakes but I can see now, because of this mistakes, I could have made the final products.

[xpresslearn]

67% off #Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA – $10

Learn the Basics of Xilinx Zynq® All Programmable System on a Chip (SoC) Design in Xilinx SDK.

All Levels,  –   Video: 2 hours Other: 0 mins,  18 lectures 

Average rating 5.0/5 (5.0)

Course requirements:

A Zynq Device (Microzed Board from Avnet Recommended but can use any Zynq Board) Vivado Design Suite 2015.4 or higher Xilinx SDK Installed (included with Vivado) PC with Internet Connection C/ C++ Programming Experience

Course description:

Course Update: 

Note! This course price will increase to $40 as of 1st October 2016 from $30. The price will increase regularly due to updated content. Get this course while it is still low.

LATEST: Course Updated For September 2016 OVER 1200+ SATISFIED STUDENTS HAVE ALREADY ENROLLED IN THIS COURSE!

Do you want to learn the new Zynq Development in Xilinx SDK?  Are you lost when it comes to getting started with Zynq Training? Or are you new to FPGA’s? This course will teach you all the fundamentals of the Zynq Design and Vivado in the shortest time so that you can get started developing on (Field-programmable gate array) FPGA (System of Chip) SOC. 

Now why should you take this course when Xilinx Official Partners already offer training? Most of their course are held bi-annually which means you will have to wait at most 6 months before starting the basic training. Also these courses can cost over thousands of dollars. 

My Name is Ritesh Kanjee and I am an FPGA Designer with a Masters Degree in Electronic Engineering. I have over 7300 students on Udemy.This course is designed to help you understand the fundamentals of Zynq Design through practical and easy to understand labs. This class covers these capabilities, including BSP creation, built-indrivers, example C code, interrupts, debugging, flash programming. You will learn all the fundamentals through practice as you follow along with the training. Together we will build a strong foundation in SOC Development in Xilinx SDK with this training for beginners. This Course will enable you to:

Import Board Definition Files Use the Vivado to build, synthesize, implement, and download a design to your FPGA. How to use Xilinx SDK Learn how to access memory modules and GPIO from Xilinx SDK Debugging in Xilinx SDK Understand Stucts or Structure in C programming and why they are important

Training Duration:

2 hour

Skills Gained

After Completing this Training, you will know how to:

Design for 7 series+ FPGAs (System on Chip) SOC, Learn how to set up the Zynq in Vivado, Create a Simple Hello world App in Xilinx SDK, Access GPIO to blink an LED, Learn how to read from GPIO button peripherals, Understand Structures in C or C++ and how to use them in Xilinx SDK, Debug your design and understand how to step through lines in your code, Learn how to add more hardware in Processing Logic, Use the Processing logic to create a Block RAM memory, Learn to Read and Write from internal memory, Create your own timing App using both polled and interrupt methods Get an indepth insight into interrupts and how they work on Zynq devices

Skills Gained

This course only costs less than 1% of the Official XIlinx Partner Training Courses which has similar content. Not only will you save on money but you will save on Time. Similar courses usually run over 2 days. This course, however, you will be able to complete in under 2 hours, depending on your learning speed. 

You will receive a verifiable certificate of completion upon finishing the course. We also offer a full Udemy 30 Day Money Back Guarantee if you are not happy with this course, so you can learn with no risk to you.

See you inside this course.

Full details Use Vivado to Create a Zynq Hardware Design Understand the Fundamentals of Zynq design in Xilinx SDK Undetstand Structures for Processing Logic Learn the difference between Processing Logic (PL) and Processing Systems (PS) Go from Hello World to Blinking an LED to Reading and Writing from Memory to Exploiting Timers

Full details Digital designers who have a working knowledge of HDL (VHDL) and who are new to Xilinx FPGAs Designers who are already using Zynq for design should not take this course unless they are struggling with the basics. Take this course if you want save $3200 in training costs of similar training material Take this course if you want to get started with Zynq devices Want to learn how to use Xilinx SDK

Fu

Reviews:

“Excellent Lectures and well structured. Thank you so much for this course. Really easy to follow and learn.” (Kyle Mcloed)

“” ()

“” ()

    About Instructor:

Ritesh Kanjee

Ritesh Kanjee has over 7 years in Printed Circuit Board (PCB) design as well in image processing and embedded control. He completed his Masters Degree in Electronic engineering and published two papers on the IEEE Database with one called “Vision-based adaptive Cruise Control using Pattern Matching” and the other called “A Three-Step Vehicle Detection Framework for Range Estimation Using a Single Camera” (on Google Scholar). His work was implemented in LabVIEW. He works as an Embedded Electronic Engineer in defence research and has experience in FPGA design with programming in both VHDL and Verilog.

Instructor Other Courses:

Xilinx Vivado: Beginners Course to FPGA Development in VHDL PCB Design a Tiny Arduino In Altium CircuitMaker Learn Computer Vision and Image Processing in LabVIEW …………………………………………………………… Ritesh Kanjee coupons Development course coupon Udemy Development course coupon Software Engineering course coupon Udemy Software Engineering course coupon Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA course coupon Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA coupon coupons

The post 67% off #Zynq Training – Learn Zynq 7000 SOC device on Microzed FPGA – $10 appeared first on Udemy Cupón.

from http://www.xpresslearn.com/udemy/coupon/67-off-zynq-training-learn-zynq-7000-soc-device-on-microzed-fpga-10/

[lesterwilliams1]

80% off #Create Java API’s fast and simple – $10

Learn to create Java API backend services REST/JSON for mobile/web, host on your own Linux server. Tomcat/MongoDB

Beginner Level,  –   Video: 2 hours Other: 1 min,  14 lectures 

Average rating 4.3/5 (4.3)

Course requirements:

Students need access to an Computer with Java 1.7, Eclipse 4 and Maven 3 installed.

Course description:

Course Description

Learn the basic concepts of API’s to include HTTP based REST with JSON payloads. Learn how to create a working system with Java using the Jersey 2.0 framework and Swagger to create API documentation. Learn how to create an API that connects to MongoDB. We walk thru creating some simple API’s and follow thru with deployment onto a Tomcat application server. This development is presented on a Mac OSX with Java 1.7 and deployed on a Linux server in a cloud environment.

Build a strong foundation in API development with Java. This course helps you understand and implement API’s using Java and Jersey technology for your own back end server with the latest technologies.

Java 1.7 programming language Eclipse 4 Maven 3 Jersey 2.0 Swagger 2.0 Mac OSX 10.11 Linux Tomcat 7 MongoDB

Professional skills and experience from an iOS Architect with over 8 years experience.

Learn the fundamentals but also tips and tricks of the experts. Learn about the different type of API end points and how to create a full end to end solution.

We will walk thru the project setup and all required elements to create a full end to end API server.

Content and Overview

This course explains key technology concepts of API’s with REST and JSON technology in a Java system. We show development from start to finish to include deployment on a live production server not just a test machine.

What am I going to get from this course?

Detailed knowledge of how to create Java based REST/JSON API’s Learn how to setup a Maven project in Eclipse Learn how to document your API’s using Swagger. Learn how to use MongoDB as the back end for API’s. Teaching by example, several hands on examples showing every detail to the smallest degree from starting a new application to deploying it in production. Access to Instructors GitHub account with many extras and examples.

If you don’t have a a production server device don’t worry, we show you how to test everything on your local computer.

Note: Development is all described on a Mac OSX notebook, Windows is not address. Java is a portable language and all the tools described in this calss are available on Java as well but no intention is made to describe how to setup them up of use the Windows versions.

Full details Students will be able to create an Java based API end point. Students will understand technology for API’s, REST, JSON and how to integrate into a Java server. Students will understand how to create an API that connects with MongoDB This course is focused at mobile app developers that need a backend service that provides custom processing and can becom epart of a set of IP for a startup company

Reviews:

“Good content but there is a lot o copy and paste. Good course for someone who already code to get an introduction about Jersey and Swagger, but definitely not recommended for rookies.” (Victor Ribeiro De Mattos)

“There are a lot of contents missed, and instructor jumps quickly without any guides. Anyway the course is very useful.” (Xi Guo)

“Good explanation but would have liked more deails on concepts involving swagger, jersey, etc” (Kartik Ramasubramanian)

    About Instructor:

Tom Jay

I’ve been developing mobile applications for over 8 years with focus on iOS. I have taught in-class paid course for a major training company in San Francisco.

I have over 20 years of Enterprise Server development with Java/J2EE, Oracle, MySQL, XML/JSON Web Services, API development and location based systems using MongoDB.

I have created dozens of mobile apps form Banking, Social Messaging, Event Discover and Medical device interfaces. I like mobile payments and iBeacon integration. I mainly focus on IoT development (BLE) for IoT and iBeacon technologies. Please watch my courses on Mobile development.

Instructor Other Courses:

Learn Node.js API’s Fast and Simple Learn iOS 9 Push Notifications Arduino 101 – Intel Curie …………………………………………………………… Tom Jay coupons Development course coupon Udemy Development course coupon Programming Languages course coupon Udemy Programming Languages course coupon Create Java API’s fast and simple Create Java API’s fast and simple course coupon Create Java API’s fast and simple coupon coupons

The post 80% off #Create Java API’s fast and simple – $10 appeared first on Udemy Cupón.

from Udemy Cupón http://www.xpresslearn.com/udemy/coupon/80-off-create-java-apis-fast-and-simple-10/

from https://xpresslearn.wordpress.com/2017/02/16/80-off-create-java-apis-fast-and-simple-10/

[lesterwilliams1]

95% off #HTML5 & CSS3 : Landing Pages for Entrepreneurs 2016 – $10

Learn HTML5 and CSS3 to make awesome landing pages for selling your creative asset.

All Levels,  –   Video: 4 hours Other: 3 mins,  45 lectures 

Average rating 4.8/5 (4.8)

Course requirements:

A computer with Windows or Mac

Course description:

During this course you learn essential elements of HTML5 and CSS3. You also learn how to code awesome landing page for yourself. 

The objective of this course is to take someone without any skill of web programming and teach them web development by teaching HTML5 and CSS3.

In this course I assume that you have no prior knowledge about web development, HTML5 and CSS3 so everything that you must know to star your web developing journey are presented.

At the end of this course you are able to write HTML5 and CSS3 codes and every essential things about them added in this course. After learning essential of these two web programming languages I teach you how to create beautiful landing page for selling your assets. After learning this course you can make your own web pages and make money for yourself. Finally every codes and project source added to this course and you can download them easily.

Full details You will learn how to write HTML5 codes. . You will learn how to write CSS3 codes. You learn how to make landing pages. You will get the 45 lecture of 3.45 hours content. You will be able to ask any question. I will answer it ASAP. You will be able to design your own website. If you have any problem. I will help you. You will get complete source codes of lectures and landing page.

Full details Anyone who want to learn web programming Any entrepreneur who want to sell digital assets

Reviews:

“Because i like the style of teaching. Instructor explained each and every line of code very well. Also the sample images and source code helped a lot whenever i got confused.” (Qaisar Ghafoor)

“Good so far – alot of info” (Andreas Sanchez)

“Really A Good Course.” (Abu Sayem Sarkar)

    About Instructor:

Udemy Instructor Sobhan

I am Sobhan and I’m PhD candidate of electrical engineering. I have 10 year experience in programming. I like electronics, neural networks, optimization methods, electric power and micro-controllers like arduino and AMR. I also like computer and web programming languages such as C#, CSS, HTML and php. I like to play puzzle game, astronomy and dark skies.

Instructor Other Courses:

…………………………………………………………… Udemy Instructor Sobhan coupons Development course coupon Udemy Development course coupon Web Development course coupon Udemy Web Development course coupon HTML5 & CSS3 : Landing Pages for Entrepreneurs 2016 HTML5 & CSS3 : Landing Pages for Entrepreneurs 2016 course coupon HTML5 & CSS3 : Landing Pages for Entrepreneurs 2016 coupon coupons

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from Udemy Cupón http://www.xpresslearn.com/udemy/coupon/95-off-html5-css3-landing-pages-for-entrepreneurs-2016-10/

from https://xpresslearn.wordpress.com/2017/02/16/95-off-html5-css3-landing-pages-for-entrepreneurs-2016-10/

[xpresslearn]

80% off #Create Java API’s fast and simple – $10

Learn to create Java API backend services REST/JSON for mobile/web, host on your own Linux server. Tomcat/MongoDB

Beginner Level,  –   Video: 2 hours Other: 1 min,  14 lectures 

Average rating 4.3/5 (4.3)

Course requirements:

Students need access to an Computer with Java 1.7, Eclipse 4 and Maven 3 installed.

Course description:

Course Description

Learn the basic concepts of API’s to include HTTP based REST with JSON payloads. Learn how to create a working system with Java using the Jersey 2.0 framework and Swagger to create API documentation. Learn how to create an API that connects to MongoDB. We walk thru creating some simple API’s and follow thru with deployment onto a Tomcat application server. This development is presented on a Mac OSX with Java 1.7 and deployed on a Linux server in a cloud environment.

Build a strong foundation in API development with Java. This course helps you understand and implement API’s using Java and Jersey technology for your own back end server with the latest technologies.

Java 1.7 programming language Eclipse 4 Maven 3 Jersey 2.0 Swagger 2.0 Mac OSX 10.11 Linux Tomcat 7 MongoDB

Professional skills and experience from an iOS Architect with over 8 years experience.

Learn the fundamentals but also tips and tricks of the experts. Learn about the different type of API end points and how to create a full end to end solution.

We will walk thru the project setup and all required elements to create a full end to end API server.

Content and Overview

This course explains key technology concepts of API’s with REST and JSON technology in a Java system. We show development from start to finish to include deployment on a live production server not just a test machine.

What am I going to get from this course?

Detailed knowledge of how to create Java based REST/JSON API’s Learn how to setup a Maven project in Eclipse Learn how to document your API’s using Swagger. Learn how to use MongoDB as the back end for API’s. Teaching by example, several hands on examples showing every detail to the smallest degree from starting a new application to deploying it in production. Access to Instructors GitHub account with many extras and examples.

If you don’t have a a production server device don’t worry, we show you how to test everything on your local computer.

Note: Development is all described on a Mac OSX notebook, Windows is not address. Java is a portable language and all the tools described in this calss are available on Java as well but no intention is made to describe how to setup them up of use the Windows versions.

Full details Students will be able to create an Java based API end point. Students will understand technology for API’s, REST, JSON and how to integrate into a Java server. Students will understand how to create an API that connects with MongoDB This course is focused at mobile app developers that need a backend service that provides custom processing and can becom epart of a set of IP for a startup company

Reviews:

“Good content but there is a lot o copy and paste. Good course for someone who already code to get an introduction about Jersey and Swagger, but definitely not recommended for rookies.” (Victor Ribeiro De Mattos)

“There are a lot of contents missed, and instructor jumps quickly without any guides. Anyway the course is very useful.” (Xi Guo)

“Good explanation but would have liked more deails on concepts involving swagger, jersey, etc” (Kartik Ramasubramanian)

    About Instructor:

Tom Jay

I’ve been developing mobile applications for over 8 years with focus on iOS. I have taught in-class paid course for a major training company in San Francisco.

I have over 20 years of Enterprise Server development with Java/J2EE, Oracle, MySQL, XML/JSON Web Services, API development and location based systems using MongoDB.

I have created dozens of mobile apps form Banking, Social Messaging, Event Discover and Medical device interfaces. I like mobile payments and iBeacon integration. I mainly focus on IoT development (BLE) for IoT and iBeacon technologies. Please watch my courses on Mobile development.

Instructor Other Courses:

Learn Node.js API’s Fast and Simple Learn iOS 9 Push Notifications Arduino 101 – Intel Curie …………………………………………………………… Tom Jay coupons Development course coupon Udemy Development course coupon Programming Languages course coupon Udemy Programming Languages course coupon Create Java API’s fast and simple Create Java API’s fast and simple course coupon Create Java API’s fast and simple coupon coupons

The post 80% off #Create Java API’s fast and simple – $10 appeared first on Udemy Cupón.

from http://www.xpresslearn.com/udemy/coupon/80-off-create-java-apis-fast-and-simple-10/

[xpresslearn]

95% off #HTML5 & CSS3 : Landing Pages for Entrepreneurs 2016 – $10

Learn HTML5 and CSS3 to make awesome landing pages for selling your creative asset.

All Levels,  –   Video: 4 hours Other: 3 mins,  45 lectures 

Average rating 4.8/5 (4.8)

Course requirements:

A computer with Windows or Mac

Course description:

During this course you learn essential elements of HTML5 and CSS3. You also learn how to code awesome landing page for yourself. 

The objective of this course is to take someone without any skill of web programming and teach them web development by teaching HTML5 and CSS3.

In this course I assume that you have no prior knowledge about web development, HTML5 and CSS3 so everything that you must know to star your web developing journey are presented.

At the end of this course you are able to write HTML5 and CSS3 codes and every essential things about them added in this course. After learning essential of these two web programming languages I teach you how to create beautiful landing page for selling your assets. After learning this course you can make your own web pages and make money for yourself. Finally every codes and project source added to this course and you can download them easily.

Full details You will learn how to write HTML5 codes. . You will learn how to write CSS3 codes. You learn how to make landing pages. You will get the 45 lecture of 3.45 hours content. You will be able to ask any question. I will answer it ASAP. You will be able to design your own website. If you have any problem. I will help you. You will get complete source codes of lectures and landing page.

Full details Anyone who want to learn web programming Any entrepreneur who want to sell digital assets

Reviews:

“Because i like the style of teaching. Instructor explained each and every line of code very well. Also the sample images and source code helped a lot whenever i got confused.” (Qaisar Ghafoor)

“Good so far – alot of info” (Andreas Sanchez)

“Really A Good Course.” (Abu Sayem Sarkar)

    About Instructor:

Udemy Instructor Sobhan

I am Sobhan and I’m PhD candidate of electrical engineering. I have 10 year experience in programming. I like electronics, neural networks, optimization methods, electric power and micro-controllers like arduino and AMR. I also like computer and web programming languages such as C#, CSS, HTML and php. I like to play puzzle game, astronomy and dark skies.

Instructor Other Courses:

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