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Parallel processing
Parallel Processing
multi processing is nothing but executing multiple thrads on multiple processors at a time....
Parallel processing
Multiple processors can be very beneficial for people who do work with computer programs such as drawing programs or other processing programs. It is also helpful when playing games that have a large amount of graphics.
Parallel processing is a processing method that uses multiple processors simultaneously to execute a single program or task Processor is a electronic component on a computer's motherboard that interprets and carries out the basic instructions that operate the computer
SIMD (single instruction, multiple data) describes multiple processing elements that work on the dame operation on multiple data points. MIMD (multiple instruction, multiple data) is the number of processors that function independently.
Load balancing, in programming, refers to the act of evenly distributing work among processors. If you want to write a program to take advantage of multiple processors, you should try to make sure each processor is doing the same amount of work as every other processor. If you don't, then one or more may finish well before the others, wasting processing time.
Multiple IP PBX can share multiple call processors with the use of standard interface.
Most computers now come with dual processors.
Not many. Without being specifically written to take advantage of multiple processors or else recompiled with altered settings, to do so, software gains no advantage from multiple processors (or 'cores'). However, you still have the advantage of 'extra processor power' in general (e.g. two processors of the same type is still twice the processing power of a single processor of that type). The move to multiple cores and multiple processors has more to do with physical limitations which prevent manufacturers from simply increasing the 'clock' as had been the case for about a decade previously.
yes