One way in which computers are classified is by the number of general-purpose processors they include. lacks a necessary definition, and the majority may account for many forms of processing. Justify the importance of these elements of computer architecture and distinguish among the several groups into which they are often filed.

One way in which computers are classified is by the number of general-purpose processors they include. lacks a necessary definition, and the majority may account for many forms of processing. Justify the importance of these elements of computer architecture and distinguish among the several groups into which they are often filed.

Systems Architecture

7th Edition

ISBN:9781305080195

Author:Stephen D. Burd

Publisher:Stephen D. Burd

Chapter4: Processor Technology And Architecture

Section: Chapter Questions

Problem 2PE: If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the...

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If a microprocessor has a cycle time of 0.5 nanoseconds, what’s the processor clock rate? If the fetch cycle is 40% of the processor cycle time, what memory access speed is required to implement load operations with zero wait states and load operations with two wait states?
One way to classify computers is by the amount of processors they have that are meant to do several tasks at once. , and the majority may take into consideration a wide variety of processing methods without any need for definition. Justify the importance of these elements of computer architecture and distinguish between the several groups into which they are often filed.
It is not necessary to specify the number of general-purpose processors that are used as a criteria for categorizing the different types of computers; the majority may take into account a broad diversity of processing types. Justify the significance of these parts of the computer architecture and differentiate between the various groups they belong to.
For categorising computer types, the number of general-purpose processors does not have to be defined; most can take many processing types into account. Explain how these aspects of the computer architecture are essential and differentiate between the various classifications.
In the context of the world of computers, what precisely differentiates architecture from computer organisation is the contrast between the two.
The majority may take into consideration a wide variety of computer processing types without the need of specifying the number of general-purpose processors that are used as a criterion for categorising the various kinds of computers. Justify the relevance of these computer system building elements, and distinguish between the many distinct groupings that they are a part of.
Computers are separated into their respective categories based on the number of general-purpose processors they include. There is no need to be specific; the majority may take into consideration a diverse set of processing methods. Explain the reasons why these components of computer architecture are so important, and distinguish between the several categories they are classified under.
Define pipelining in the context of computer architecture and explain its key components.
Define pipelining in the context of computer architecture and explain its advantages.
The majority may take into consideration a diverse range of processing types without the requirement to specifically state the number of general-purpose processors that are used as a criterion for classifying the various kinds of computers. Justify the relevance of these computer system building elements, and distinguish between the many categories to which they belong.
One of the criteria used to classify the various kinds of computers is the quantity of processors made for general-purpose use. is not need to be specified, and the majority may account for a variety of processing kinds. Give arguments for why these components of computer architecture are so crucially important, and describe the differences between the many categories that they fall under.
The question at issue concerns the precise nature of the divide that exists between computer architecture and computer organisation.