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Short note on computer history
Short note on computer history
Past of computer
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Whether you’re a student, gamer, physicist, accountant, or even a newborn baby; computers play a very integral role in all our lives. However, most people seem to take them for granted. Even though computers have only been around for about a hundred years, it’s hard to believe we once lived without them. So, how is that we went from computers the size of an apartment to computers that fit in a watch? Transistors! Transistors are the fundamental components in modern electronic devices (e.g., computer, video game, cell phone, radio and TV). The status quo in today’s society is “the more, the merrier”, but is that the case with transistors? If the past forty years are any indication, then, yes, the more transistors the merrier! The first computer we most associate with today was invented in 1946. The E.N.I.A.C. or Electronic Numerical Integrator And Calculator, it was considered by most to be the first fully functional digital computer. Unlike modern computers the E.N.I.A.C. was the size of a large apartment, in part due to vacuum tubes, which were very similar to light bulbs. Imagine almost 20,000 light bulbs lit up in your house. Not only would your electric bill be a little higher than normal, but the heat generated from these tubes would be miserable. Vacuum tubes helped pave the way for the transistor, which was developed in 1954 at Bell Labs by Morris Tanenbaum. Webster’s dictionary defines a transistor as: a solid-state electronic device that is used to control the flow of electricity in electronic equipment and usually consists of a small block of a semiconductor (as germanium) with at least three electrodes. Computers are everywhere. Just because you don’t own a laptop or desktop computer doesn’t mean you don’t encounter c... ... middle of paper ... ...st triple every year. Based on the history of transistor numbers in a chip per year, it is not insane to predict by 2019 we could see over one hundred billion transistors per microchip and by 2025 well over one trillion. From the very first computers occupying an entire room, to devices that now do virtually anything you want fitting in the palm of your hand; with the use of modern nanotechnology size will no longer be an issue. Based on the increase in numbers of transistors since 1971, I believe we should expect the number of transistors per chip to not only be in the billions but trillions within the next decade. We may just bite off more than we can chew, however, if the other components in the CPU can pull their weight, who knows what the next few decades will bring. Trillions of transistors on a single processor chip is no longer a dream, it's the expectation.
If you are one of the people who are not convinced by multi-core processors and are adamant that no program needs more than two cores, then you should stop reading right about now. However if you’re one that embraces technology, be it beneficial now or in the future, 2010 has to be one of the best years in CPU technology in a long time. AMD and Intel have both introduced six core CPUs and both of them have been met with some excitement, rightfully so because six cores are really better than four.
The ubiquity of silicon chips has been primarily driven by the breadth, and rate of innovation in the semiconductor field over the past fifty years. Every realm of human life has benefited from these advancements, and it is gratifying to know that each of us in the field has played a part, however infinitesimal. However, disruptive innovation in the next ten years will surpass all that we have accomplished in the last fifty years.
Herman Hollerith (1860 - 1929) founded IBM ( as the Tabulating Machine Company ) in 1896. The company renames known as IBM in 1924. In 1906 Lee D. Forest in America developed the electronic tube (an electronic value). Before this it would have been impossible to make digital electronic computers. In 1919 W. H. Eccles and F. W. Jordan published the first flip-flop circuit design.
In 1968 Bob Noyce, Gordon Moore and Andy Grove founded a new company that built semiconductor memory products, named NM Electronics Inc. Moore and Noyce had problems with the copyright of the company’s name as it already belonged to a hotel chain. Noyce, Moore and Grove then changed the name to Intel Corporation, short for Integrated Electronics. The small startup company was founded in Santa Clara, California with $500,000 and funds from investors. In 1971 they introduced the world’s first microprocessor, which revolutionized the computer industry. Moore sensed the impending growth of the semiconductor computer chip industry and predicted that the amount of transistors on a single computer chip would double every year. This fact helds true and has been coined as “Moore’s Law”. Intel's mission is to be the preeminent building block supplier to the Interne...
The United States, as well as the world, is more and more dependent on electronics. Everything around us runs on electricity; from the cars we drive, our dependency on mobile electronics we use, all the way down to the cappuccino machines that make our favorite beverages. We love our electronics. Last year alone “retail sales of consumer electronics fell just short of $1 trillion in 2011,” reports John Laposky of TWICE magazine, and those sales “are predicted to hit $1.04 trillion in 201...
Another invention that is now frequently used is the computer. The concept was made in 1822, by Charles Babbage, but it wasn’t until 1837 when he ...
“After the integrated circuits the only place to go was down—in size that it. Large scale integration (LS) could fit hundreds of components onto one chip. By the 1980’s, very large scale integration (VLSI) squeezed hundreds of thousands of components onto a chip. Ultra-Large scale integration (ULSI) increased that number into millions. The ability to fit so much onto an area about half the size of ...
There per 1947, when the transistor was invented, and when Jaquard (1804) designed a loom that performed predefined tasks through feeding punched cards into a reading contraption; nobody imagined how quickly that it would take to get the nowadays supercomputers. Resources http://www.thocp.net/software/software_reference/introduction_to_software_history.htm http://www.softwarehistory.org/index.html http://www.intel.com/research/silicon/mooreslaw.htm http://www.libredebate.com/doc/doc199911070002.html http://www.elrinconcito.com/articulos/cibernetica/cibernetica.htm http://www.salon.com/tech/special/opensource/ http://www.ciberperiodismo.net/gorka/noticias/63/notiimpr
An invention that has been a key component to almost everyone’s everyday life. The first computer was not in any way personal. It was enormous, expensive, and of course inconvenient. It cost roughly 500,000 dollars and weighed around 30 tons. It was invented at the University of Pennsylvania to perform ballistics calculations for the U.S during World War II. Later, new technologies made it possible to make smaller computers. The real innovation for the computer was definitely the microprocessors that could run the computer’s programs, could remember information, and manage data all by itself. This became a revolutionary thing for the military especially. One of the first military grade computers called the 1958 Semi Automatic Ground Environment (SAGE). It used radar stations that tracked sky movements to protect the United States from possible nuclear attacks. It was the brainchild of Jay Forrester and George Valley, which were professors at MIT. SAGE even remained in use until 1983. Computers today have come a long way from weighing almost 3 tons with no personal convenience whatsoever to storing massive amount of information on just a single
In the past few decades, one field of engineering in particular has stood out in terms of development and commercialisation; and that is electronics and computation. In 1965, when Moore’s Law was first established (Gordon E. Moore, 1965: "Cramming more components onto integrated circuits"), it was stated that the number of transistors (an electronic component according to which the processing and memory capabilities of a microchip is measured) would double every 2 years. This prediction held true even when man ushered in the new millennium. We have gone from computers that could perform one calculation in one second to a super-computer (the one at Oak Ridge National Lab) that can perform 1 quadrillion (1015) mathematical calculations per second. Thus, it is only obvious that this field would also have s...
computer now has transistors the size of eleven atoms. Because of such minuscule scales that
The First Generation of Computers The first generation of computers, beginning around the end of World War 2, and continuing until around the year 1957, included computers that used vacuum tubes, drum memories, and programming in machine code. Computers at that time where mammoth machines that did not have the power our present day desktop microcomputers. In 1950, the first real-time, interactive computer was completed by a design team at MIT. The "Whirlwind Computer," as it was called, was a revamped U.S. Navy project for developing an aircraft simulator.
Scientists Catherine C. McGeoch and Cong Wong have been working on the quantum computer. The quantum computer works by not being limited by ones and zeros and can actually read 1.1 as a valid number. Being able to read .1 higher doesn 't seems like a big deal but when these quantum computers are put up against gaming computers the quantum has a faster processor ("Harnessing Energy Sensory Processing"). These studies have been theorized about for years but we just now have the technology to be able to get this revolutionary idea into reality. The theory behind this is that with any extra amount being able to read in the processes that increases the potential of a processor exponentially. At the moment quantum computers cost about 6,000 times more to make than a normal gaming PC. Your average gaming computer goes for about 1,000 dollars and up granted 1000 is low end for gaming computers and it does not leave much room for a really good Intel brand processor. Not only would the idea of quantum computers not have existed without the creativity that comes from technology, but we also would have left standard processors at dual and quad core set ups. Now days any server for a company has at least 8 cores or a 16 core processor. The cores in a standard PC just help the other cores with strain and make the pc able to handle more processes at one
My interest in Computers dates back to early days of my high school. The field of CS has always fascinated me. The reason for choosing CS stream was not a hasty decision. My interest started developing in the early stage of my life, when I studied about the invention of computers. The transformation from the large size to small palmtops enticed me to know about the factors responsible for making computers, also the electronic gadgets so small. I was quite impressed after seeing a small chip for the first time in my school days, especially after I learnt that it contained more than 1000 transistors, “integrated circuits”.
The computer has progressed in many ways, but the most important improvement is the speed and operating capabilities. It was only around 6 years ago when a 386 DX2 processor was the fastest and most powerful CPU in the market. This processor could do a plethora of small tasks and still not be working to hard. Around 2-3 years ago, the Pentium came out, paving the way for new and faster computers. Intel was the most proficient in this area and came out with a range of processors from 66 MHz-166 Mhz. These processors are also now starting to become obsolete. Todays computers come equipped with 400-600 Mhz processors that can multi-task at an alarming rate. Intel has just started the release phase of it’s new Pentium III-800MHz processor. Glenn Henry is