Generalized algorithm of building summation codes for the tasks of technical diagnostics of discrete systems

A detailed analysis of error controlled divisible codes' building techniques was carried out, aimed at error detection in data vectors, which relate to summation codes' class. Summation codes classification was suggested, covering the whole diversity of modification methods of the existing classical and modular summation codes. New methods of summation codes modification were specified making it possible to build codes with different characteristics. A universal algorithm of building poly-modulus summation code was developed, capturing all the existing building techniques of summation codes. An algorithm of selecting a building technique of a code was developed, when organizing a concurrent error-detection (CED) system of a logical unit with the given topology. The presented results make it possible to broaden the selection field of encoding variant in the process of reliable discrete systems' synthesis.

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