Assume that we are receiving a message across a network using a modem with a rate of 56,000 bits/second. furthermore, assume that we are working on a workstation with an instruction rate of 500 mips. how many instructions can the processor execute between the receipt of each individual bit of the message?

Respuesta :

The most common encoding is 8N1, which sends 10 symbols per 1 byte of data. The baud rate (56,000) using a modem is measured in symbols per second rather than bits per second. So 8 bits of the message require 10 symbols, or 1/5600 second. 1 bit takes 1/44800 of a second. During that time, the processor can execute 11200 instructions with 500 MIPS between the receipt of each individual bit of the message.

What is a Processor?

A processor is a type of integrated electronic circuit that performs the calculations that allow a computer to function. A processor executes arithmetic, logical, input/output (I/O), and other basic instructions sent by an operating system (OS). Most other processes are dependent on processor operations.

The terms processor, central processing unit (CPU), and microprocessor are frequently used interchangeably. Although most people nowadays use the terms "processor" and "CPU" interchangeably, this is technically incorrect because the CPU is only one of the processors inside a personal computer.

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