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Comment on how pipelining can speed up computers, pipeline dangers can be handled, and computer programmes can be produced to function successfully on pipelined computers

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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Concept explainers

Embedded Software Development

Using specific programming languages (like C and C++) to write code for a specific hardware device in which it runs is called embedded software development. It makes the device smart by performing actions based on user's input which improves the user experience. They are designed to perform function-specific tasks rather than doing multiple tasks like computers. The embedded system is incredibly intuitive. An embedded software system could be a system developed and organized on any device, apart from an old-fashioned computer. It is the brain of a specific device; however, it is a solely useless tool and simple to elucidate what software system is embedded.

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Translate the following high level code into MIPS Assembly code.High Level codeint main(){…int y;y = divideNumbers (9, 3);…}int divideNumbers (int a, int b){int i;int result = 0;for (i=a; i>0; i = i-b){result = result + 1;}return result;}iv) How many instructions are executed to run the above program?
So that we can understand why it is not possible to keep adding cores to a CPU in order to increase its speed and keep up with the growth of Moore's Law, please explain why this is the case.
How do hardware loops help in maximizing the benefits of pipelining?
How can a computer application be made to operate quickly and efficiently on a modern pipelined machine?
Describe the challenges and hazards that can occur in instruction pipelining, such as data hazards and control hazards. How can these issues be mitigated or resolved?
What is the impact of interrupt handling methods on machine performance?
There are several hypotheses that attempt to explain the superior performance of interrupt-driven systems compared to that of non-interrupted ones.
Use a real-world example to demonstrate the importance of interrupts in a computer system, and then discuss the different interrupt kinds briefly.
It is possible to teach compilers and assemblers to sequence assembly language instructions in a manner that poses the least possible danger to a pipeline. One of the purposes of a pipeline's layout is to achieve this. Do all assemblers and compilers rearrange assembly language instructions in the same manner to maximize efficiency?
The reasons why non-interrupted systems underperform interrupt-driven ones are up for debate. However, systems that are driven by interrupts perform better than those that aren't.
Could you explain how the pipeline diagram is organized? Thanks!