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{{r|Computer architecture}}

{{r|Computer architecture}}

{{r|Computer architecture}}

{{r|Computer architecture}}

{{r|Computer architecture}}

{{r|Computer architecture}}

{{r|Computer architecture}}

{{r|Computer architecture}}

.../ref>. More information on how electronic computers work is available in [[computer architecture]]. *[[computer architecture]] (the study of how computers work, and how specific computers can be built

...t from an enormous amount of learning and specialization in the field of [[computer architecture]] and hardware and operating systems design.

In 1964 [[IBM]] introduced its [[System/360]] computer architecture, which was used in a series of computers that could run the same programs w ...time launched proprietary IC development programs to upgrade their older [[computer architecture]]s, and eventually produced instruction set compatible microprocessors that

...s of the various representations is complex and falls under the field of [[computer architecture]]. The topic of [[text encoding]] is particularly tricky. Various systems Differences in endianness arose among various [[computer architecture]]s. For example, the Intel [[x86]] architecture used for [[IBM compatible

...binary interface|Application Binary Interface (ABI)]] of the particular [[computer architecture|architecture]] and [[operating system|platform]], these steps may be perfor

...Operating_System_diagram.png|right|260px|Where an Operating System fits in Computer architecture}} Without delving into the specifics of different [[Computer architecture|architectures]], the steps to booting up are usually:

...ation for being one of the most powerful eight-bit microprocessors. Its [[computer architecture|architecture]] was advanced for its time; its extensive instruction set and

...putation. It is comprised of more than one million computers, of varying [[computer architecture|architectures]] and [[operating systems|platforms]], and is dedicated to co

...the academic discipline of [[electrical engineering]]. The field known as computer architecture may touch all aspects of how specific computers can be specified, built, an

...lexity of an algorithm without restricting the statement to a particular [[computer architecture]] or time period; even if computers get faster, or if the algorithm is port

...processors are discussed in the this article. For more information, see [[computer architecture]]. ...ectures for significant amounts of [[CPU cache]]. It also makes [[Hazard (computer architecture)|hazard]]-avoiding techniques like [[branch prediction]], [[speculative exe

...rogramming paradigm which is still in widespread use today. Today, most [[computer architecture]]s, [[operating systems]], and [[compiler]]s provide special capabilities f