What is the form of data processing and transmission within the computer?

The form of data processing and transmission within the computer is "binary". Reasons for using binary: 1. The technology is simple to implement; 2. There are few binary operation rules, the structure of the computer operator can be greatly simplified, and the transmission and processing of data are less error-prone; 3. Suitable for logical operations; 4. Easy to convert; 5. Binary data has strong anti-interference ability and high reliability.

The operating environment of this tutorial: Windows 7 system, Dell G3 computer.

The form of data processing and transmission within the computer is "binary".

Binary refers to a numbering system based on 2 as the base in mathematics and digital circuits. It is a binary system that uses 2 as the base to represent the system. In this system, it is usually represented by two different symbols: 0 (representing zero) and 1 (representing one). In digital electronic circuits, the implementation of logic gates directly uses binary, so modern computers and computer-dependent devices all use binary. Each number is called a bit (Bit, short for Binary digit).

The reasons why computers use binary systems:

(1) The technology is simple to implement. Computers are composed of logic circuits. Logic circuits usually only have two states, the switch is on and disconnected, these two states can be represented by "1" and "0".

(2) 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.

(3) Suitable for logical operations: Logical algebra is the theoretical basis for logical operations. Binary has only two digits, which coincides with "true" and "false" in logical algebra.

(4) Easy to convert, binary and decimal numbers are easy to convert to each other.

(5) 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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