Why do we use binary to represent data in computer systems?

There are only two digits 0 and 1 in binary coding, which can be easily represented by two-state physical components. That is, the computer uses binary for data calculation and processing, which is technically feasible and easy; 0 and 1 are two digits. Numbers can represent the "true" and "false" of logical algebra. They use binary and can easily use logical algebra as a tool for circuit design, making computers logical.

Why should the information inside the computer be represented by binary encoding?

• The information transmission, storage and processing within the computer all use binary encoding. The main reason is the feasibility, ease of use, simplicity, reliability and logic of using binary. sex.

• There are only two digits, 0 and 1, in binary coding, which can be easily represented by two-state physical components. That is to say, the computer uses binary for data operations and processing. Technology It is feasible and easy to do.

• There are few binary operation rules, the structure of the computer operator can be greatly simplified, the control is correspondingly simple, the transmission and processing of data are not prone to errors, and the working reliability of the computer is greatly improved.

• The two numbers 0 and 1 in binary coding can represent the "true" and "false" of logical algebra. Using binary, it is easy to use logical algebra as a tool to conduct circuits. Design to make computers logical.

• Easy to convert, binary and decimal numbers are easy to convert to each other.

• Using binary to represent data has the advantages of strong anti-interference ability and high reliability. Because each bit of data has only two states: high and low, when it is disturbed to a certain extent, it can still be reliably distinguished whether it is high or low.

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