The shortest form of interprocess communication while using UNIX is

Q: What are some of the major differences between a multipoint bus and a point-to-point bus in the area…

A: A bus is a collection of wires which is interconnected to one or more subsystems within the same…

Q: What exactly is Promiscuous Mode?

A: Solution - In the given question, we have to tell about Promiscuous Mode.

Q: What exactly does interrupt latency entail, and how does it relate to the amount of time it takes to…

A: Introduction: It will be explained what interrupt latency means and how it relates to the time it…

Q: Interrupt delay and context switching time?

A: In computing, interrupt latency refers to when an interrupt is generated and when its source is…

Q: Parallel and serial programming have major differences.

A: Yes, parallel and serial programming are two different approaches to designing and implementing…

Q: Define x86 modes.

A: X86: The first development associated producing by Intel was a design of microchip whose generic…

Q: The fastest means of interprocess communication under UNIX is

A: Answer: Shared memory is the fastest method of inter-process communication offered by UNIX. What is…

Q: In interprocess communication message passing is where "shared data" are directly available to each…

A: Inter process communication is the data transfer among different cooperating processes Inter process…

Q: What kind of improvements to inter-process communication might be made using big-endian and…

A: In inter-process communication,the issue of endianness refers to the order in which bytes are stored…

Q: Separate parallel from serial programming.

A: NOTE  :-  Below i explain the answer in my own words by which you understand it well.

Q: What are the main differences between a multipoint bus and a point-to-point bus in the area of…

A: Several nodes (computers, peripherals, etc.) are linked together on a single shared communication…

Q: Define address control lines in short

A: A control line for write instructions and a control line for read instructions are found on the…

Q: Describe the various synchronization mechanisms used in multithreading, such as mutexes, semaphores,…

A: In multithreaded environments, ensuring the correct sequence of operations is crucial to maintain…

Q: Describe the three standard I/O streams available to all Unix processes.

A: The three standard I/O streams provided to every Unix process are: standard input (stdin) standard…

Q: erences between

A: INTRODUCTION: Parallel programming is the technique of splitting work among a group of resources to…

Q: How can VM give processes with their own addresses? Computer science

A: Introduction: As long as your virtual machines have the same Ethernet MAC address, they will receive…

Q: Parallel and serial programming can be very different.

A: The answer is

Q: What does the acronym VLSI stand for? How did the development of VLSI technology contribute to the…

A: VLSI stands for Very Large Scale Integration, and it refers to the ability to manufacture thousands…

Q: The distinction between parallel and serial programming is clear.

A: All-Subset Regression: Known as all conceivable models or regressions. Again, the process name tells…

Q: Explain and illustrate the Unix SVR4 Two-Handed Clock Page Replacement algorithm.

A: A finger is pointing to the earliest page. When a page fault occurs, the page to which the hand is…

Q: How much, and to what extent, does interrupt latency impact context switch time

A: To Do: To clarify what interrupt latency is and how it relates to the time it takes to switch…

Q: If we take interrupt latency into consideration, how long does it take to switch between contexts,…

A: Introduction: Interrupt latency is the time taken from when an interrupt is triggered to when the…

Q: What is interrupt latency and how does it relate to context switching time?

A: Given: The time it takes for a system interrupt to be handled from the time it is generated to the…

Race Condition

A race condition occurs within a critical section when two or more tasks try to access and alter a shared resource simultaneously. As a consequence, the process changes to a state of inconsistency.