The encoding used inside the computer to process data and instructions is "binary code". Binary coding is to use a predetermined method to encode characters, numbers or other objects into binary numbers, or to convert information and data into prescribed binary electrical pulse signals. Computers can only recognize binary. For computers to process data, they must be represented in binary form.
The operating environment of this tutorial: Windows 7 system, Dell G3 computer.
The encoding used inside the computer to process data and instructions is "binary code".
In computers, binary numbers are used. Therefore, the numbers, letters, symbols, etc. that are to be represented in the computer must be represented by a specific binary code, which is binary coding. Computers can only recognize binary. For computers to process data, they must be represented in binary form.
Binary coding is to use a predetermined method to encode characters, numbers or other objects into binary numbers, or to convert information and data into prescribed binary electrical pulse signals.
Advantages of binary coding:
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 off. On, these two states can be represented by "1" and "0".
2. Simplified operation rules: There are three combinations of sum and product operation of two binary numbers. The operation rules are simple, which is helpful to simplify the internal structure of the computer and improve the operation speed.
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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