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What is interrupt initiated input or output?
Interrupt-initiated input or output refers to a method in computer systems where the CPU is signaled by an interrupt request from a peripheral device to pause its current tasks and handle data transfer. When a device, such as a keyboard or disk, needs attention, it sends an interrupt signal to the CPU, which temporarily halts its operations to process the I/O request. This mechanism enables efficient communication between the CPU and devices, allowing them to operate asynchronously and improving overall system responsiveness.
Which header files contain declaration for the files input and output functions and the macros defined and that are used with file input and output functions?
stdio.h
What are four primary functions of Hardware?
Input, output, PROCESS, and Storage
What are the functions of output and input devices?
the functions of the output and input is nothing The answer to that is that computers have an out and an in to stick the memory in well whoever wrote this is dumb cuz that's not right
What are the two functions of storage devices?
Input and Output.
What is the functions of input output port?
wafi gila
What parts of the human functions as a computer's input and output devices?
the eyes can be used as the input device and the mouth as the output device
In the inverse variation function what happens to the output when the functions input is doubled?
the output is halved
What is the various formatting input and output statements?
In C, there are no input and output statements (formatting or otherwise); I/O is performed via functions.
How do you determine functions?
if every input has only one output
Does a multimedia projector for from both input and output functions?
yes
What is interrupt initiated io?
Interrupt-initiated I/O is a method in computer systems where input/output operations are triggered by hardware interrupts rather than being managed by the CPU in a polling manner. When a device is ready for data transfer, it sends an interrupt signal to the CPU, prompting it to pause its current tasks and handle the I/O request. This allows for more efficient CPU utilization, as the CPU can perform other tasks instead of constantly checking the status of I/O devices. Overall, this mechanism enhances system responsiveness and performance.
