lucilepiketty-blog

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All the tricks of UKessays business discussed in this assessment!

UKessays.com is among the list of companies that presents college documents. To create this analysis, we did our own research. We’ve looked over customer feedback on UKessays, and we also contrasted their price ranges with several other firms’ pricing that supply the comparable services. As a final point, we purchased an piece of paper to confirm its standard. Also, we attempted to find facts associated with firm’s stability. Here is our guide.

Grade

The assessments we discovered online pertaining to UKessays weren’t in their preference. Many consumers have reported concerning the article writing. But we weren’t bothered by those comments. We desired to establish our own judgment, so we purchased a 4-page document that had to be done in 2 weeks.

The merely advantageous component with regards to UKessays is that they respect the deadlines. We acquired our purchase earlier than the time limit. We read the article, and we weren’t happy. We encountered a large number of grammatical errors. What is more, the copywriter didn’t manage to write unmistakably, so that anyone could have an understanding of the essay. It would appear that he was confused with regards to this very simple assignment. Most certainly, the standard at UKessays is poor.

What features do they present?

We did a major part of our research on their internet site, and we were fascinated when we realized that the authors obtained rewards badges. Likewise, we discoverd their imaginative names and the account picture in which they demonstrate a confident smile. They appeared to be experienced article writers, but inescapable fact to be told, we don’t consider that they truly are. We didn’t locate any kind of information in regards to the consumer aid department, so we think that it doesn’t even exist. In return, we had to work closely with our author. But it would have been far better if there were somebody who can review the reports.

Data with regards to price ranges

We searched UKessays discount codes, but we didn’t get any of them. Likewise, UKessays.com doesn’t deliver lower price rates, not even a UKessays promo code. The price levels are different from one buyer to other mainly because you can negotiate them. The company states that the rate of a page starts up from 9 dollars. The value of our piece of paper was two times, and the quality didn’t fulfill our expectations.

Added info

We’ve discovered that UKessays.com furthermore has a blog, but it presents simply some examples of penning. We’re convinced that consumers will value if they post consistently on their weblog. They can submit some useful hints for university students just like: how to be healthy, how to do more exercise, how to learn another language, etc. UKessays opinions aren’t damaging. One true blessing in relation to this firm is that it delivers a cost-free over the internet plagiarism checker to all the university students worldwide. It can be used five times on a monthly basis.

Conclusion

This firm is not fraud or scam since you definitely obtain your article in advance of the target date. However, our status for UKessays.com is substandard. We don’t suggest this service given that the standard is quite terrible. And also, they don’t have a consumer care office, and this can be frustrating.

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How Music and Computer Science Are Related

           The music scene in the 21st century has incorporated the computers and technology. Throughout the history of music, composers have been relying on rules and patterns as they write. The age of superfast technology incorporated into computer algorithms that are sophisticated has the fusion of art and music to produce music that is very interesting. The process of creating music is always collaborated with software since the musicians are always technically engaged. There is always interfacing of musical instruments with devices like mixers, amps, and mutes to achieve different sounds. Programmers often express themselves through codes while the music itself is a form of self-expression. The instrumentalists often make great programmers from the way they usually express themselves in different notes. The following paper explores the pioneering innovations and inventions in musical technology that define today's musical experience with the help of the computers.  

           Modern popular songs had their technological roots in 1930 when the first drum machine and electric guitar came into existence. The drum machine had to wait for another forty years before getting into popular music. On the other hand, the electric guitar was a brilliant invention that got the early blues artists and the jazz community adopting it. The two innovations presented a challenge that inspired several scientists to use electric instruments for experiments to have an experience of the way technology enhanced the musical experience. Later, computers came into existence and accessible enabling the music industry to incorporate them.  Such brilliant innovations transformed the old technologies to the drum machine right from the sampling machine and even to the MIDI.

           The major developments that introduced computers in the music industry include sampling, digital drum machine, digital synthesizer, sequencers and the musical instrument digital interface. First, musicians use sampling to borrow past tracks extracts or all the recording before having them incorporated into the initial creations. The tone of the samples can be altered effectively by artists through either slowing down or speeding up the track while using synthesizers. The Mellotron was the first sampler that existed in the late 60s. It was a tape replay keyboard with technology that allowed it to store recordings on analog tape. Its fame didn't last long before the invention of the memory-based digital sampler. The EMS Musys system was the first digital sampler that ran on two mini computers and was developed by three software engineers and computer scientists. The EMS Musys system gave resulted into the initial digital music studio. Sampling synthesizers emerged as a result of musicians determining the benefits and the use of sound synthesis. Sampling synthesizers enabled the use of percussion samples and techniques like time stretching and crossfade. Sampling technology nowadays appears as either part of the music workstation or as software-based.

           Secondly, the digital drum machine first appeared as a programmable drum machine in the 1970s. Drum computers were the digital drum machines used in pop music. Drum sound synthesis and the digital samples of drum sounds were used with increasing frequency in the Linn LM-1. The physical drum machine was rendered useless by digital music workstations and the MIDI. Thirdly, the digital synthesizers were producing several numbers at a certain rate before analog conversion for the sound to be produced by the speakers. Synthesizers produced a whole new genre of music known as synthpop from its unique nature of producing spicy and unique sounds. The synthesizers today form the important music workstation elements. They include additive, FM, forms of sound, subtractive, resynthesis, physical modeling, granular, phase distortion and sample based synthesis. Forth being the sequencers that have given birth to computer music. Nowadays, a sequencer is a piece of musical software capable of recording, editing and playing back the music. The first digital sequencer was produced in 1971 by electronic music studios. The computer music composer was the first microcomputer based digital sequencer to be produced in 1977 that entered notes in numeric codes with the help of a keypad. Progress in the capabilities of personal computers led to the emergence of software sequencers. The Synclavier was the first iteration of the modern music workstations. Most sequencing is currently done via the MIDI.

           Finally, the remarkable innovation of Musical Instrument Digital Interface brought with it the possibilities of anyone to become a producer and a performer. All one needed to become a performer and a producer is just a computer, determination and a modicum of talent. MIDI was originally used to link keyboards and synthesizers before evolving to become a software in computers for editing musical recordings. The MIDI uses a central receiver to connect several different instruments for them to interact freely. The computers used their interactivity, processing power, and memory to be the central brain used to connect all the electronic instruments. This made the replacement of computers in the music industry impossible. Sequencing software got its development in addition to drum machines, software synthesizers, and samplers to help combine the different musical elements using the MIDI connections.

           Music has always been about structure whereby notes are programmed in a way that the chords follow one another as the notes belong together on a scale. Creative writing can be a simple task, but it has to be run through the structure-o-meter to make it sound good. Over the history, composers have been relying on rules and patterns in almost every piece of wok they produced. The age of superfast technology has made science and art to fuse to produce very interesting music with the help of the sophisticated computer algorithms. Musical instruments produce harmonies from the fuzzy logic. Fuzzy logic has variables with values between zero and one. The algorithms in an instrument decide the way the notes follow each other. Great programmers can be achieved from instrumentalists. The instrumentalists always work zooming into a very repetitive piece of technical detail because the nature of the work done requires much focus. Similarly, great programmers can zoom out of their work to view the exact point their coding fits into the whole work. Composting or listening to music is much related to writing a program; you get immersed in the act that you tend to forget about you surrounding for a while.

           The study of music can be a great precursor to a programming career. The artist gets to learn the significance of practice repetitions, study and emulate other remarkable artists. The artist similarly learns about the importance of artistry and creativity. Programming involves switching languages just like switching musical instruments. The underlying concepts regarding the notes, reading music and keys are just similar while loops, variables together with conditions are in computer science. All is needed is to learn about the syntax involved in the instrument in the form of the fingerings, and embrasure in music keywords and compilers in programming. Composing music has repetition just like the programming language. Treatment of database or computational programming have lots of "for" loops for repeating the same task severally on different data. Recursion forms a common method for creating fractals, whatnot and calculating mathematical functions. Music has its repetitions from the composition of the notes, translation through frequencies and time, inventing, rescaling the time, inverting and even playing backward. Similarly, recursions are used by some composers to keep the self-similarity in some great music sometimes without the intent.    

           Writing computer programs and songs require clever control flow and loops management. The simplest sheet music is read like a list of instructions which have to follow from the start and read keenly through to the end. An exception appears when the music has a repetitive part. The basic compositional unit of almost every song is a loop. It is a very tedious process to write loops sequentially. It is easier using a repeat marker rather than writing the same passage severally. Computer science has its equivalent in the form of the “while” loop which can further be programmed to repeat the current condition until a certain condition is met. The looping process is simplified by electronic instruments like the sample, drum machine pattern, or MIDI sequence set up that produce loops endlessly and effortlessly. It becomes hectic in determining the preferable loop length when to enter or exit while breaking the symmetry.

           Music and programming provide a perfect opportunity of becoming a scientist and an artist at the same time. A neatly done programming work is very beautiful in its simplicity. A song with a neatly organized them is also beautiful in its simplicity. The two somehow differ in that composing like programming are non-real-time activities where the product is refined over time before delivery to the client. Musical performances are similar in that the performer has to refine his tone and memory before presenting his work to the audience. Live performances pose some differences between the two since the performer has to start from zero and perform all the way through to the last bit without having a chance of redoing the work like programmers do (Service 5).

           Composing and programming involve making an abstract construct with a very abstract sense of elegance. Writing a piece for string quartet and needing a fifth player for just one line to complete the harmony is just as ugly as sticking a line “if (special case) {do_stop_gap ();}” in the code. A general notion of economy of mean does exist. Every instrument in use has something meaningful to do just as a derived class stand for some clear concept whenever introduced. Two parts of a program interact can be kludged or elegant just as the way transitions between sections of a composition can be forced or elegant. Both music and computer science involve working with a constrained set of symbols including programming functions or statements and musical notes within a particular set of rules or framework. This point of view presents music as a language, math, and a programming language.

           Computer programming and songwriting use modularity in large-scale. Functions are specified while programming so as to call them later instead of rewriting them every time they are to be added. Similarly, the pop music needs the specifications of the verse form, bridge, chorus and so on before using these keywords to organize the song according to the way they should appear. Jazz music gives these sections alphabetic (ABCD) for the simpler organization of song. An idea is first formed, be it an idea of software or a bar of notes played on a musical instrument. Creativity or craftsmanship further develops the idea until the intended idea is expressed. The result can be a fully made software or song that meets its intended goals. The ongoing iteration keeps perfecting or improving the object until it satisfies the creator. The process can be involving multiple aspects of software development. Similarly, in music it involves recording additional tracks, adding vocals, changing effects and removing things. Source control systems are used by quality software development to keep track of the iteration as music production bounces recordings regularly. They keep copies of their songs because backtracking can be invaluable in case a mistake is made.

           The production of software needs testing in various forms to ensure both the functional and the nonfunctional requirements are met. Music production also involves mixing of tracks and the sound properly shaped to fully give the desired impact. Iteration back to previous stages does happen to require the addition or change of an instrument to scope the features. Packaging and distribution of musical work require the use of software such as the executables and web deployment. Music and computer science involve creativity despite being difficult to master. A lot of practicing and training is required to gain the expertise needed. While different forms of music have different appreciation levels from different recipients, programming has different paradigms which every individual has his favorite. Music has a printed note a while its an abstract medium requiring translation before execution just like a line of code. Musical ideas, music and styles are in infinite varieties in the same way programmers get involved with an enormous array of concepts, languages, and tools for translating and expressing the ideas to achieve a better result. As it is in mathematics, both programming in computer science and music involve the use of logics.

           To be realistic, musicians are the ones who become programmers only to earn better incomes. Creation of music and software are individualistic undertakings that are simultaneously collaborative. Musicians are technically involved when the instruments are interfaced with the other devices to have sounds that are different in nature. An array of technologies is usually needed by composers to have the experience of the writing of their music, performing it or producing it. Several people have been uneasy while using computer-driven music due to the experimental sounds it can produce and the way artificial intelligence affects human creativity. Adventurous musicians access a bewildering array of tools for computer science. The process involving recording initially necessitated the use of a sound booth, mixer, and session musicians. MIDI development simplified the whole process to have a single musician singing while playing accompaniment as he mixes multiple tracks together to have his sophisticated recording polished to his preference only with the help of a computer, digital recording software and a microphone. The best programmers have a tendency of becoming musicians.