If you want to build a system that is resilient to errors, you may need to consider how to conceal the failure from the other processes. This is necessary if you want to build a fault-tolerant system. What methods are available to you to conceal the fact that you were unsuccessful? Kindly offer an explanation that goes into great detail.

If you want to build a system that is resilient to errors, you may need to consider how to conceal the failure from the other processes. This is necessary if you want to build a fault-tolerant system. What methods are available to you to conceal the fact that you were unsuccessful? Kindly offer an explanation that goes into great detail.

Principles of Information Systems (MindTap Course List)

13th Edition

ISBN:9781305971776

Author:Ralph Stair, George Reynolds

Publisher:Ralph Stair, George Reynolds

Chapter12: System Acquisition And Development

Section12.4: Buying Off-the-shelf Software

Problem 2CTQ: A safety-critical system is one whose failure or misuse may cause human injury or death. Given that...

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If you want to build a system that is resilient to errors, you may need to consider how to conceal the failure from the other processes. This is necessary if you want to build a fault-tolerant system. What methods are available to you to conceal the fact that you were unsuccessful? Kindly offer an explanation that goes into great detail.
Consider the following illustration: You have been charged as a software engineer with creating a hospital patient control application. Everything is explained immediately, and a high degree of reliability is required of the system. Which process model would you recommend for this kind of software, in your opinion? In addition to providing persuasive arguments in favor of your chosen process model, its explanation should be accurate, concise, and supported with an image.
A system that always reacts in good time, possibly also with approximate values, is considered to be much more difficult to implement compared to one that always reacts algorithmically precisely, but sometimes reacts by exceeding the permissible times. Please give reasons or refute them.
Consider the following scenario: you have been asked (as a software engineer) to create a hospital patient control application. Everything is explained to you up front, and the system demands a high degree of reliability. Which process model would you recommend for this kind of software, in your opinion? In addition to providing strong arguments to support your proposed process model, the explanation of the recommended process model should be accurate with the help of a visual and concise.
In order to make a system fault-tolerant, it's a good idea to think about how to keep other processes in the dark about the failure. How can one go about covering up such blunders? Please elucidate.
If you want to create a fault-tolerant system, you will probably need to think about how to hide the failure from the other processes. To what extent are these shortcomings hidden by the strategies that you use? Explain everything in great detail.
Suppose A system to control anti-locking in a car is a safety-critical system, you need to design a perfect system with no errors since error may lead to a life-threatening situation. Suggest the most appropriate SDLC model with brief description that might be used as basis for managing the development of that system.
If you wish to design a system fault-tolerant, you may need to consider how to conceal the failure from other processes. What methods may you use to conceal such failures? Give a detailed explanation.
To make a system more resilient to errors, designers may want to think about how to keep other running tasks in the dark about the system's malfunction. Which cover-up strategies may you use to avoid detection in the event of such a failure? Expound on it, please.
If you want a fault-tolerant system, consider how to hide failures from other processes. How can you conceal failure? Please elaborate.
If you want a fault-tolerant system, consider how to hide failures from other processes. How can you conceal failure? Please elaborate.
I was hoping you might shed some light on the variables that make it impossible to build such a system.