What should happen if the processor sends a request that hits the cache while sending a block from the write buffer back to the main memory?
Q: What should happen if the processor submits a request that is denied in the cache while the write…
A: Introduction: The processor may refer to: (computing) The central processing unit (CPU) of a…
Q: In the event that the processor sends a request that is refused in the cache while the write buffer…
A: Introduction: The CPU writes straight to the main memory without a write buffer. In a system with a…
Q: When the processor submits a request that cannot be satisfied in the cache while a block is being…
A: When a processor experiences a cache miss while waiting for data to be fetched from main memory,…
Q: When a block leaves the write buffer and returns to main memory, does anything need to happen if the…
A: Introduction: The write buffer is an important component of computer architecture that helps to…
Q: When moving a block back to main memory from the write buffer, what happens if the CPU makes a…
A: Hello student Greetings In the context of computer systems, when the CPU needs to access data that…
Q: What should happen if a block from the write buffer is being written out to main memory while a…
A: Introduction Main memory is frequently volatile, which means that when the power is turned off, its…
Q: When a block is being returned to main memory from the write buffer, what should happen if a…
A: Introduction: Data is updated to cache and memory at the same time in write-through. This method is…
Q: When a block is being sent back to main memory from the write buffer, what should happen if the…
A: ==>Main memory, sometimes known as RAM, is the main, internal workspace in a computer (random…
Q: If the request is too large for the cache, the CPU will send it to main memory, and the write buffer…
A: The CPU will transmit a memory request to the main memory if the requested data is too large…
Q: As a block is being pushed back to main memory from the write buffer, what should happen if the…
A: Answer : When a program is run by an operating system (OS), the executable will be stored in…
Q: If the requested data is too large to fit in the cache, a write buffer will transmit it back to the…
A: In modern computer architecture, the cache is an essential part of storing frequently used data to…
Q: What happens if the processor makes a request that hits the cache while sending a block from the…
A: When the cache is idle while the writing buffer writes back to memory, it may satisfy the request.…
Q: What should happen when the processor issues a cache-unfulfilled request while a block is being sent…
A: Given: The write buffer and cache operate separately from one another. The request may be answered…
Q: When returning a block from the write buffer to main memory, what should happen if the processor…
A: In a computer system, the cache is a small, fast memory that stores frequently accessed data from…
Q: The write buffer will return a block to main memory while the CPU submits a cache-unmet request.…
A: The CPU storage cache is simply a special sort of memory that is very quick. Computer speed and…
Q: ng sent back to main memory from the write buffer, what should happen if the processor delivers a…
A: Introduction: Write back is a storage method in which data is written into the cache every time a…
Q: What ought to take place when the CPU issues a request that cannot be satisfied by the cache and a…
A: The write buffer and cache operate separately from one another. The cache may answer the request as…
Q: A request that cannot be satisfied in the cache is issued by the processor while the write buffer…
A: Given So, what exactly should happen when a processor delivers a request that is not fulfilled in…
Q: What should occur if the processor sends a request to the cache while a write buffer block is being…
A: In computer systems, cache memory is unsafe in plummeting the instance it take to entrance data as…
Q: hat isn't serviced by the cache, and the write buffer happens to be sending a block back to main…
A: the solution is an given below :
Q: What happens if a processor makes a request that cannot be satisfied by the cache when it is moving…
A: In modern computer architectures, processors often use cache memory to store frequently accessed…
Q: A write buffer will send the requested data back to the CPU from main memory if it is too big to…
A: When data from the main memory is too large to fit in the cache, a write buffer is utilized to…
Q: When the processor receives a request that it cannot fulfill from the cache, it sends a write buffer…
A: given What happens when a processor submits a cache request that fails while a block is being…
Q: What should happen if the processor sends a request that hits the cache while publishing a block…
A: A computer is a digital electronic machine that can be programmed to automatically perform a series…
Q: What should happen if the processor issues a request that misses in the cache while a block is being…
A: The cache and write buffer are independent of the each other. Cache will be able to reply the…
Q: What should happen if the processor issues a request that triggers a cache hit while it is in the…
A: The cache will be able to fulfill the request because, if it were not for the fact that it is idle…
Q: What should happen if the processor provides a request that is not satisfied in the cache while a…
A: Given: Both the cache and the write buffer operate in a completely separate manner from one another.…
Q: What should happen if the processor issues a request that hits in the cache while a block is being…
A: The cache are going to be able to meet the request as a result of otherwise, it's idle once the…
Q: If the CPU issues a request that is satisfied by the cache while writing a block back to main memory…
A: Answer is
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- The provided Linux runtime memory image shows the address space for a program named exam that is running in memory. If the exam program calls the printf function that is defined in the libc library, then what type of linking was performed? 00400000-004b6000 x-xp 00000000 00:75 163237418 006b6000-006bc000 rw-p 000b6000 00:75 163237418 806bc000-006bd000 rw-p 00000000 08:00 0 820bc800-828df000 rw-p 00000000 08:00 0 7ffc02014000-7ffc02035000 rw-p eeeeeeee 00:00 0 A. Static OB. None are correct OC. Global OD. Dynamic Reset Selection /mnt/learncli/workdir/exam /mnt/learncli/workdir/exam [heap] [stack]Socket programming The application consists of two parts: Server and Client. Each part can run independently on separate computers. Server manages the chat session. It maintains a list of the active clients and forwards incoming messages. The Server is multithreaded - communication with each client is through a separate thread. When Server is started, it starts to wait for client connections. This thread continues forever to listen for clients. When a connection request is received, the server starts a thread to service the client. This is necessary for each client to have its own socket. When the thread is started, a Client object is created containing all the relevant info about each client and saved in a list. The ServiceClient() thread is where all the work is done. ServiceClient() defines the implementation of the server side of the application protocolusing C language Write a program that creates an array of size 10000, then creates two threads.should requests entrance to the critical section that is controlled through semaphores, reads the values written in the array, and writes it to the screen with the following format: "Consumer consumed item number - from position - with the value -" And to a file named Consumer activity, then exits the critical section, and repeats till the producer finishes production
- The ReadableByteChannel instance allows us to read from the Buffers in Datagram Socket using its readmethod.Select one:a. Trueb. FalseIn C++ This exercise involves implementing the solution to the bounded buffer/readers and writers problem using threads. You will create a program that accepts four command line arguments: run_time (the length of time the program should run) buffer_size (number of slots in the bounded buffer) num_producers (number of producer threads) num_consumers (number of consumer threads) The program will create a thread for each producer and consumer. As each thread produces or consumes a data item, it will print its status. Example Output Here are some sample runs: Not enough arguments If not enough arguments are provided, the program should print an error message and exit. $ ./bounded_buffer Wrong number of arguments. Usage: bounded_buffer <run_time> <buffer_size> <num_producers> <num_consumers> $ Invalid argument If an argument is less than or equal to 0, the program should print a message and exit $ ./bounded_buffer 10 5 1 0 ./bounded_buffer 10 5 1 0 num_consumers…If wrong answer this time will downvote it Create a class with a static main that tests the ability to resolve and print a Path: • Create an instance of a FileSystem class. • Resolve an instance of a Path interface from a directory path and filename. • Print the constructed Path with System.out.println() method. 2. Create a class with a static main that tests the ability to resolve and print a Path: • Create an array of Path class. • Instantiate instances of Path with absolute and relative paths. • Print the constructed elements of the array of Path class with System.out.println() method. 3. Create a class to test serialisation class that implements serializable, it should implement the following: • A static void method that serialises an object. • A static void method that deserializes an object. • A static main method that tests the two by moving an object from one to the other
- Create a c++ program using threads in which you have to create aint array containing 2 values.Pass that array to the thread perform theaddition of the both values in array and return the sum of the values to themain program to be displayed in the main program.answer for thisYou are handed the source code for an application that fails when run. Running it 10 times in a debugger reveals that it never crashes in the same spot. The application runs in a single thread and solely makes use of the C standard library. What programming faults may be the source of this crash? How would you put each one to the test?
- write a program that consists of two threads. The first is the main thread that every Java application has. The main thread should create a new thread from the Runnable object, MessageLoop, and wait for it to finish. If the MessageLoop thread takes too long to finish, the main thread should interrupt it. Use a variable named maxWaitTime to store the maximum number of seconds to wait. The main thread should output a message stating that it is still waiting every half second. The MessageLoop thread should print out a series of 4 messages. 4 means 4. If you use 5 messages, you will receive a 0. These messages should be numbered, as in the example below. It should wait 850 milliseconds between printing messages to create a delay. If it is interrupted before it has printed all its messages, the MessageLoop thread should print "Message loop interrupted" and exit. Or you can let main print "Message loop interrupted" as in the sample output. The MessageLoop thread must try to output all 4…// please don't copy from chegg in java: Use multithreading and thread synchronization to code an application simulating a bank deposit and withdrawal process. Set up an account containing an initial balance of $1000.00 for both of the two shared threads, Husband and Wife. When a thread makes a deposit in an account, the other thread must wait. If the account balance is $0.00, no withdrawals are permitted. Assume a deposit transaction requires 0.2 seconds to complete and a withdrawal transaction requires 0.5 seconds to complete. Generate random number 1 as deposit and 2 as withdrawal, respectively. Write a driver class MultiThreadAppt o test your application, repeat, and display the operations 50 times. Document all source code as required above.In this assignment, you are provided with working code that does the following: 1. You input a sentence (containing no more than 50 characters). 2. The program will read the sentence and put it into an array of characters. 3. Then, it creates one thread for each character in the sentence. 4. The goal of the program is to capitalize each letter that has an odd index. The given program actually does this, but lacks the synchronization of the threads, so the output is not correct. You will need to provide the synchronization using mutex locks. Specifically, you are to (1) declare the mutex lock, (2) initialize the mutex lock, (3) lock and unlock the mutex lock at an appropriate location that results in the code working as expected, and (4) destroy the mutex lock. Be sure to place the mutex locks so that your program works correctly every time. Do not remove code or functions – you are to add the synchronization pieces only. When compiling using the GNU C compiler, be sure to include the…
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