Microprocessor-based computers

Tredennick, Nick

doi:10.1109/2.539718

Cited by 12 publications

(5 citation statements)

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“…processor controller, and execution unit) or else it is just one chip of a multichip microprocessor. There are many different microprocessors available today, and there are several basic ways of effecting their design, including micro-coding, PLA (programmable logic arrays), and random logic implementalion [2]. Microprocessors are very effective ways ofstoring, gathering and manipulating a large amount ofhigh-specd data in a small space.…”

Section: Microprocessors and Their Historymentioning

confidence: 99%

An Approach to Implementation in Silicon of Media Network Control

SCHEIRMAN

2024

Reproduced Sound 1994

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Section: Microprocessors and Their Historymentioning

confidence: 99%

An Approach to Implementation in Silicon of Media Network Control

SCHEIRMAN

2024

Reproduced Sound 1994

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“…Den Anfang macht der erste, von der Firma Intel im Jahre 1971 auf den Markt gebrachte Mikroprozessor mit der Bezeichnung 4004 [3,18]. Dieser Chip enthielt 2'300 Transistoren mit einer Strukturgrösse von 10 μm auf einer Chipfläche von 12 mm 2 .…”

Section: Technologische Fortschritteunclassified

Architektur moderner RISC-Mikroprozessoren

Eberle¹

1997

Informatik-Spektrum

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Zusammenfassung: Seit der Entwicklung des ersten Mikroprozessors vor rund 25 Jahren konnte die Prozessorleistung kontinuierlich um jährlich 50 % verbessert werden. Diese Leistungsverbesserung ist im wesentlichen den Fortschritten der Halbleiterindustrie zu verdanken, welche den Entwicklern von integrierten Schaltungen einerseits immer schnellere Transistoren und andererseits eine immer grössere Anzahl Transistoren auf einem Chip zur Verfügung stellt. Damit kann die Prozessorleistung erhöht werden, ohne dass Änderungen an der Prozessororganisation nötig sind: die höhere Schaltgeschwindigkeit erlaubt es, Instruktionen schneller auszuführen, und die höhere Integrationsdichte kann dazu benutzt werden, breitere Datenpfade zu realisieren und damit breitere Operandenworte zu verarbeiten. Daneben sind aber auch architektonische Erweiterungen wesentlich mitverantwortlich an der Erhöhung der Rechenleistung. Die beiden wichtigsten Techniken, um die Arbeitsgeschwindigkeit von Mikroprozessoren weiter zu erhöhen, sind die Pipelineverarbeitung und die Verwendung von Cachespeichern. Die Pipelineverarbeitung erlaubt es, mehrere Operationen parallel auszuführen, während Cachespeicher einen schnelleren Zugriff auf Operationen und Operanden ermöglichen.In diesem Artikel werden die erwähnten Techniken besprochen und deren Anwendung in modernen RISC-Mikroprozessoren aufgezeigt.Schlüsselwörter: RISC, Mikroprozessoren, Pipelineverarbeitung, Cachespeicher. Abstract:Since the introduction of the first microprocessor some 25 years ago processor performance has been improved by 50 % per year. This improvement is mainly the result of advances made by the semiconductor industry, which is producing faster and faster transistors and integrating more and more transistors on a single chip. Thus, processor performance can be improved without changing the organization of the processor: higher switching speeds make it possible to execute instructions faster and higher integration density allows to build wider data paths and, with it, to process wider operand words. However, enhanced processor architectures have also contributed significantly to higher processor performance. The two most important techniques to further improve processor performance are pipelining and caching. Pipelining makes it possible to execute several instructions in parallel and caching allows for shorter access times to operations and operands. This paper discusses the mentioned techniques and their application in modern RISC microprocessors.

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“…1,2,3,4 We have selected the microprocessors discussed in this paper based on their innovation and their success in the marketplace. Embedded processors are given limited coverage since, in many cases, the microprocessors mentioned in more detail have led to versions for embedded applications.…”

Section: Introductionmentioning

confidence: 99%

The history of the microprocessor

2002

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Robust crosslinked capsules are produced from water droplets stabilized by oil/water interfacial assembly of norbornene‐functionalized CdSe/ZnS core–shell quantum dots that can be crosslinked by ring‐opening metathesis polymerization (see Figure). The mechanical integrity of the capsules is maintained after removal of the interface. An amphiphilic polyethylene glycol‐substituted ruthenium benzylidene catalyst proved ideal for this interfacial polymerization.

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Microprocessor-based computers

Cited by 12 publications

References 1 publication

An Approach to Implementation in Silicon of Media Network Control

An Approach to Implementation in Silicon of Media Network Control

Architektur moderner RISC-Mikroprozessoren

The history of the microprocessor

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