Why did the initial Linux developers choose for a kernel that was not preemptible? In a single processor system, what is the benefit of a non-preemptible kernel? In a multi-processor system, though, why is the benefit reduced?
Q: In what ways does data independence come into play?
A: Intro In what ways does data independence come into play?
Q: Control registers are quickly explained.
A: Introduction: CPU is an abbreviation for central processing unit. It has a limited amount of storage…
Q: There are two ways to terminate processes and free yourself from deadlocks:
A: Introduction: There are two alternatives for ending the procedure and breaking the deadlock.
Q: Please develop a table that contrasts ethics in engineering with ethics in computing, and present…
A: Introduction: Ethics are moral rules that govern a person's or group's behavior. The moral…
Q: When you turn on your computer for the first time and you don't hear the spinning disk or see the…
A: Introduction: The acronym "CPU" stands for "Central Processing Unit," and it is comparable to the…
Q: Why is it important for you to study information systems in computer science?
A: Introduction: Indeed, CIS/IS is a multidisciplinary subject that has applications in nearly every…
Q: Describe the attacks and possible countermeasures. i. Hash Collision Property: Weak vs. Strong
A: Introduction: The obvious difference between their definitions is that for weak collision resistance…
Q: What advantages do assert statements have?
A: Introduction: In the software, assertion conditions are handled through the usage of assert…
Q: hat are the main benefits of utilizing Angular?
A: Introduction: The use of the Angular framework confers the following list of key benefits, in no…
Q: There is some discussion on testing at the unit level, testing at the integration level, and testing…
A: What exactly is unit testing? --> Assume you're a software developer working on a project.…
Q: The layer that exists between the database and the client servers is referred to as the middle…
A: Database Architecture: A DBMS architecture allows dividing the database system into individual…
Q: How many of the components in a computer, both those that are internal and those that are external,…
A: The motherboard provides electricity to the processor (CPU). The Voltage Regulator Module is a…
Q: Your aunt and uncle want to show their appreciation by giving you a brand new computer display as a…
A: There are essentially two categories of displays: LEDs and LCDs are both types of displays. These…
Q: Both the iterative-and-incremental technique and the waterfall methodology have a number of…
A: The solution is as follows:- Waterfall Model:- waterfall model is one of the most popular and easy…
Q: Briefly demonstrate the capabilities of Network APIs using the example of making a phone call.…
A: Intro An application programming interface (API) enables computer programmers to have access to the…
Q: What exactly is Connection Pooling?
A: Introduction Every time you send a request, you need a connection to be created Creating…
Q: What precisely differentiates these four terms-Computer Ethics, Intellectual Property (IP),…
A: Ethics in Computing:- Computer ethics is a set of moral standards that guides the usage of…
Q: When it comes to caching, is there a distinction between logical caching and physical caching, and…
A: Introduction: Each process has its own page table, which maintains track of the frame number for the…
Q: In the case of Intentional Computer Damage, what security holes are exploited, and how may these…
A: Introduction: Data damage is defined as any decrease in data integrity or availability. Damage to a…
Q: Why is it that if the waterfall model is used, iterations are often restricted to a predetermined…
A: Waterfall model: The waterfall model is a traditional system development life cycle model that uses…
Q: Message authentication addresses what kind of attacks?
A: Intro The kinds of assaults does message authentication address
Q: What are the benefits of using asynchronous programming approaches instead of traditional ones? What…
A: Asynchronous programming approaches provide the following advantages: 1. Increased application…
Q: Explain the idea of caching in shared memory.
A: Introduction: We need to explain what caching in shared memory is and how it works.
Q: Explain why legacy systems may be crucial to a company's operations.
A: Introduction Explain why legacy systems may be crucial to a company's operations. Computer science…
Q: What kinds of Tor network restrictions are there?
A: Introduction: The Tor network allows users to surf the web anonymously.
Q: What is the distinction between a telegram group and a channel?
A: Introduction: Telegram is an application that allows you to send and receive messages, voice calls,…
Q: How would you use personal firewalls in conjunction with network firewalls to keep your home network…
A: Introduction: A "firewall" is designed to protect computers against hostile intrusions. Wireless…
Q: Sketch the signal to carry through the medium if the sequence of bits to send using NRZ-I line…
A: NRZI is nonreturn to zero inverted,where a data bit of 1 is positive voltage, and a data bit of 0 is…
Q: What type of scanning could be done to determine whether Telnet is active on a server?
A: INTRODUCTION: Telnet is an application protocol for bidirectional interactive text-oriented…
Q: made to each new generation of networking
A: 2G GSM is the technology used in 2g Access system is TDMA, CDMA Data speeds of up to 64…
Q: Please provide three compelling arguments as to why the spiral model is superior than the waterfall…
A: While in the spiral model, the customer is made aware of all the developments in software…
Q: In the instance of Intentional Computer Damage, what security holes are exploited, and how may these…
A: Introduction: Data damage is defined as any decrease in data integrity or availability. Damage to a…
Q: I would appreciate it if you could offer a comprehensive explanation of the most likely reason (or…
A: There are many things that can slow down a computer, but most of it comes down to one thing: how we…
Q: logies account for the majority of deployme
A: Introduction: Below the two technologies account for the majority of deployments in wireless…
Q: One sentence to define the kernel components of a typical operating system?
A: Introduction: A kernel is a piece of operating system software that runs at the core of the system…
Q: Explain why it is critical that software products be built and deployed as soon as possible.
A: According to the question, the software quick delivery always has to take one thing in your mind…
Q: Our LMS might be the target of a distributed denial-of-service (DDOS) attack. LMS is vulnerable to…
A: Intro DoS Attack: Denial-of-service (DoS) attacks target networks, websites, and online resources…
Q: What part of the computer keeps data for long periods of time, even when it is shut off?
A: The computers, that are used these days, have mainly two types of memory for the storage of data or…
Q: Please describe, in your own words, the reasons why the main memory on a mobile device is…
A: Given: Main Memory in Mobile Devices The term "main memory" refers to the location inside mobile…
Q: Please provide an explanation as to why it is often the case that CRT monitors have a higher refresh…
A: Given: This is the case because the majority of LCD panels employ a standard refresh rate that is…
Q: What exactly is the distinction between preemptive and non-preemptive scheduling? Create examples…
A: Intro A method for allocating time on a central processing unit (CPU) that operates by assigning…
Q: You can find data in memory using either the sequential access technique or the direct access…
A: Introduction: \Direct access data is read immediately rather than starting over. When employing a…
Q: There is a difference between embedded systems and general-purpose computers. In contrast to PCs,…
A: Given: This investigation will focus on determining the key differences that exist between a…
Q: How do you maintain an office printer safe when everyone in the organisation has access to it, for…
A: Intro Security: Shared resources are any devices that are accessible by many distant computers at…
Q: Compare and contrast the ethical system theory with the ethical reasoning framework in the context…
A: The ethical reasoning framework should be compared and contrasted with the ethical system theory.…
Q: a) Convert -5310 and -9110 to binary, and add them using the 2's complement form with 8-bit size…
A: Below is the answer to above question. I hope this will be helpful for you..
Q: rious types of DNS records. Each one should be thoroughly discussed, including examples of how and…
A: Introduction: The many kinds of DNS records are explained. Each of them will be briefly discussed,…
Q: ming Software from the f ic examples.
A: An IDE, code free programming, layouts, API, data synchronization, and investigation are among…
Q: Explain why a software system utilized in a real-world context must adapt or become less valuable…
A: Lehman and Belady present a series of rules in relation to system transition. One of these is…
Q: How Important Is Cybercrime Investigation Today in the Fight Against It?
A: Introduction : Nowadays, data or information is precious around the globe, which is why cybercrime…
Why did the initial Linux developers choose for a kernel that was not preemptible?
In a single processor system, what is the benefit of a non-preemptible kernel? In a multi-processor system, though, why is the benefit reduced?
Step by step
Solved in 4 steps
- Why did the original Linux developers choose for a non-preemptible kernel?What is the advantage of a non-preemptible kernel in a single processor system? But why is the advantage diminished in a multi-processor system?Why did the original Linux developers choose to construct a non-preemptible kernel?What is the advantage of a non-preemptible kernel in a single-processor system? Why, on the other hand, is the advantage diminished in a multi-processor system?Why did the original Linux creators choose for a non-preemptible kernel?What is a non-preemptible kernel's advantage in a single processor system? Why, therefore, does the advantage diminish in a multi-processor system?
- Why did the original developers of Linux decide to go with a kernel that was not preemptible?What advantages does a non-preemptible kernel provide to a system with only one processor? Why, though, is the advantage diminished when working with several processors in a single system?Why did the original Linux developers decide to use a non-preemptible kernel?What is the advantage of a non-preemptible kernel in a single processor system? But why is the advantage lessened in a multi-processor system?Why did the first Linux developers choose to implement a non-preemptible kernel?What advantage does a non-preemptible kernel have in a single processor system? Why, on the other hand, is the advantage reduced in a multi-processor system?
- Why did the original Linux developers decide to make a non-preemptible kernel?What good does a non-preemptible kernel do in a single-processor system? To the contrary, why does the advantage diminish when using several processors in a single system?To what end did the first Linux developers choose to build a non-preemptible kernel?Where does a non-preemptible kernel's advantage lie in a single-processor system? However, why does the advantage diminish when using several processors in a single system?One could wonder why the original Linux developers opted for a non-preemptible kernel.What use case best justifies a non-preemptible kernel on a single-processor system? But why is the advantage diminished in a multi-processor system?
- It's unclear why the original Linux developers made the decision to build a non-preemptive kernel.In a single-processor system, what is the benefit of a non-preemptible kernel? But why does a multi-processor system have less of an advantage?For what reason did the original Linux developers settle on a non-preemptible kernel?What use case best justifies a non-preemptible kernel in a single-processor system? If there are several processors involved, however, shouldn't the advantage be multiplied?Why did the creators of the first version of Linux decide to create a non-preemptible kernel?What use does a non-preemptible kernel serve in a system with only one processor? However, why does the benefit disappear with a multi-processor system?