Quake-proof system data processing method

Abstract

The invention relates to a data processing method of an anti-shock system, which utilizes one computing control flow to execute format conversion between two different storage resources in the anti-shock system and effectively searches the corresponding data position between the two different storage resources. The invention does not need to convert the format between the two different storage resources in the anti-shock system in a table building-in way, at the same time, the corresponding data position between the storage resources can be found out by faster speed as well as less computation and variable.

Description

technical field [0001] The invention relates to a data processing method, in particular to a data processing method applied to an electronic anti-shock system. Background technique [0002] Consumers have a clear trend in the demand for audio equipment, that is, for portable requirements. For portable devices, especially CD systems, often due to the vibration caused by the user's movement, the CD system will read data incorrectly, which will cause discontinuous playback of songs or audio and video, which will affect the use. The quality of listening to music or watching videos. [0003] In order to avoid the occurrence of the above situation, the portable CD system needs measures to prevent vibration when reading data. General anti-vibration measures can be divided into mechanical and electronic. At present, electronic anti-vibration systems are becoming more and more popular. The basic requirement of electronic anti-vibration lies in the length of time, that is, in the c...

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Problems solved by technology

[0007] In order to achieve the above object, the present invention provides a data processing method for an anti-seismic system. In the anti-seismic system, the data areas corresponding to a first sequence and a second sequence are determined to solve the problem of inconsistency between the formats of the two storage resources. There is no need to build a conversion table to save storage resources, including the following steps: first, obtain a sector position M of the first sequence; and provide the sector unit length L1 of the first sequence and the sector unit length L1 of the second sequence sector unit length L2; then, multiply the sector unit length L1 of the first sequence by the sector position M of the first sequence to obtain the amount of data to be written into the second sequence; then, multiply The final result is divided by the sector unit length L2 of the second sequence to obtain the number of full sectors Q in the second sequence and the value of the next sector position Q+1 of the sector position Q in the second sequence. Write the number of pages r, so that the data of the first sequence is sequentially written in the second sequence; finally, the sector position M of the first sequence corresponds to the sector position in the second sequence (Q +1) to move the position of the page number r backward, so as to determine the data area corresponding to the first sequence and the second sequence

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