Systolic arrays, a kind of array, include MISD machines. A networked pipeline of data processing equipment is a systolic array. No programme counter is needed since execution is started by fresh data. Each timed systolic array unit computes and communicates in unison, isn't that correct?

Systolic arrays, a kind of array, include MISD machines. A networked pipeline of data processing equipment is a systolic array. No programme counter is needed since execution is started by fresh data. Each timed systolic array unit computes and communicates in unison, isn't that correct?

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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Systolic arrays, a kind of array, include MISD machines. A networked pipeline of
data processing equipment is a systolic array. No programme counter is needed
since execution is started by fresh data. Each timed systolic array unit computes
and communicates in unison, isn't that correct?

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For instance, a systolic array is a kind of array that may be thought of as a MISD device. Systolic arrays are networks of data processing nodes organized in a wavelike fashion, thus the name. None of these parts need the employment of a program counter since execution is started by the arrival of new data. In a timed systolic array, all of the nodes calculate and communicate synchronously, or "in lock-step," with one another.
A MISD machine is an example of a certain kind of array called a systolic array. A systolic array is a networked pipeline of data processing units, often known as a "wavefront." None of these parts need the use of a program counter since execution is started when new data is received. In a timed systolic array, every component computes in "lock-step," with each component completing alternating computation and communication stages in a single clock cycle.
An example of a MISD device is a systolic array, a subset of arrays. Systolic arrays are a networked pipeline of data processing nodes. All of these elements may function without a program counter since execution is initiated by the arrival of new data. In a timed systolic array, all of the nodes do calculations in "lock-step," with each node performing its own calculations and communicating with the others in turn over the course of a single clock cycle.
An example of a MISD device is a systolic array, a subset of arrays. Systolic arrays are networks of data processing nodes organized in a wavelike fashion, thus the name. None of these parts need the employment of a program counter since execution is started by the arrival of new data. In a timed systolic array, all of the nodes calculate and communicate in unison, or "lock-step," inside a single clock cycle.
In this context, a systolic array, which is a kind of array, represents a machine with MISD. A systolic array is a collection of data processing nodes laid out in a wavelike fashion. Since execution is kicked off by the arrival of fresh data, there is no need for a program counter in any of these components. "Lock-step" computing occurs in clocked systolic arrays because each node finishes its calculation and communication phases on the same clock cycle.
There are various sorts of arrays, with "systolic array" being one of them. A systolic array is a networked group of data processing devices. Since the receipt of fresh data initiates execution, these components do not need a programmed counter. Using lock-step computing, each node in a timed systolic array alternately conducts calculations and communications inside a single clock cycle.
One kind of array that might be considered a MISD device is a systolic array. Systolic arrays, so named because of their wave-like structure, are networks of data processing nodes. Since execution is initiated by the receipt of fresh data, a programme counter is unnecessary for any of these components. All of the nodes in a timed systolic array do their calculations and exchange data at the same time, or "in lock-step."
An MISD machine is an example of a systolic array. A systolic array is a data processing pipeline network, or "wavefront." Because execution is started by the arrival of data, none of these pieces need a program counter. Clocked systolic arrays calculate in "lock-step," with each unit performing computation and communication phases in turn.
MISD machines are systolic arrays. Systolic arrays are "wavefronts" or pipeline networks of data processing parts. These parts are self-contained and don't need program counters since data initiates execution. In systolic arrays with synchronized clocks, the compute and communication phases are alternated by each CPU to calculate in "lock-step?
A systolic array, which is a kind of array, is illustrative of a MISD machine. Data processing units in a systolic array are arranged in a pipeline topology or "wavefront." As execution is kicked off by the arrival of fresh data, there is no need for a program counter in any of these components. Each node in a clocked systolic array "lock-steps" with the others to complete its calculation and communication tasks on the same clock cycle.
MISD arrays are systolic. Systolic arrays are data processing "wavefronts" or pipelines. Since data starts execution, these sections are self-contained. In systolic arrays with synchronised clocks, CPUs alternate compute and communication phases to calculate "lock-step."?
A MISD machine is an example of a systolic array, a kind of array. Data processing units are organized into a "wavefront" in a systolic array. All of these components do not need the use of a program counter since execution is initiated when new data is received. Lock-step computation is achieved in a clocked-systolic array, where each unit completes its alternating calculation and communication phases in the same clock cycle.