What Are the Timers in Computer Architecture
Timers in computer architecture refer to hardware or software components that are used to measure or keep track of time intervals, delays, or events. Timers serve various purposes in computer …
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Timers in computer architecture refer to hardware or software components that are used to measure or keep track of time intervals, delays, or events. Timers serve various purposes in computer …
Interrupts are a fundamental mechanism in computer systems that allow the CPU (Central Processing Unit) to temporarily pause its current execution to handle an external event or request. These external …
DMA, which stands for Direct Memory Access, is a feature in computer systems that allows peripheral devices (such as storage controllers, network adapters, and sound cards) to transfer data to …
Stacks and queues are both linear data structures used to manage and store collections of items. However, they differ in their fundamental principles, order of operations, and use cases. Here …
A function pointer in C is a variable that stores the address of a function rather than a typical data value. This allows you to call a function indirectly through …
Single-core and multicore processors differ primarily in the number of processing units (cores) they contain. Here are the key differences between the two: Single-Core Processor: Single Processing Unit: A single-core …
You can implement a stack data structure in C using an array or a linked list. 1. Array #include <stdio.h> #include <stdbool.h> #define MAX_SIZE 100 // Define the stack structure …
One of the mechanisms used for IPC is a semaphore. A semaphore is a synchronization primitive that is often used to control access to shared resources or coordinate activities between …
IPC stands for Inter-Process Communication, which is a set of mechanisms that allow different processes (in the context of a computer’s operating system) to communicate with each other and share …