What is a vector processor?

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vector processor is one of two different types of computer processors: vector and scales. The vector processor differs from the scalar processor in that it makes calculations on the vector as a whole. The vector is a one -dimensional field or a single line of values, such as a list of numbers. The scalar processor works individually each of the numbers; Can do different things with many different numbers. On the other hand, the vector processor performs the same process on all numbers at the same time.

This type of processor is more specialized than a scalar processor, making it a less popular option for an average computer. The average computer performs a wide range of tasks and the fastest way to perform many different types of tasks is with a scalar processor. This is because the processor can switch between tasks much faster. The vector processor is used in highly specialized electronics such as super computers. These processors are much stronger when used problems for a large range. Small tasks, such as opening vocabularyA document or video playback can be met faster than a vector processor.

In addition to supercomputers, there are other widespread uses for vector processors. Vector processors are also used in military applications. They are very good in encoding and decoding sonar and radar signals and can usually break the signal much faster than the scalar processor. These processors are also good to simulate various events such as weather patterns, physics tests and anything else that requires a huge amount of crushing number.

A large number of vector processors are often used in conjunction. These processors work well and with many processors dealing with the same task, the time that is removed is dramatically shortened. Super computers work this way - a large amount of processor is connected to solve the common problem.

vector processors are a peakAdem how highly specialized devices work better with a specific task than a multipurpose device. The vector processor was specially created to shout a large amount of data and is very effective. However, the improvement of scalar technology - especially in terms of microprocessors - causes the overall decline in the use of vector processors, even on super computers.