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Title: Technology of Cascade Structural Decoding
Authors: Soroka, Leonid
Barannik, Vladimir
Hahanova, Anna
Keywords: cascade structural numbers
binary array
digital diagnostics
cascade structural decoding
Issue Date: 2009
Publisher: EWDTS
Citation: Soroka Leonid Technology of Cascade Structural Decoding /Leonid Soroka, Vladimir Barannik, Anna Hahanova //Proceedings of IEEE East-West Design & Test Symposium (EWDTS’09)
Abstract: The necessity of increase of operationability of renewal of information is grounded without errors in the systems of digital diagnostics. Proof of theorem is conducted about decoding of code-number of cascade structural number. As a result of the well-proven theorem correlations are built providing renewal of elements of binary cascade structural number for the set official information without bringing of errors. The basic stages of process are expounded renewals of binary information on the basis of the cascade structural decoding, plugging in itself the system of expressions for recurrent determination of value of initial gravimetric coefficient of column of cascade structural number. Technology of rapid renewal of elements of cascade structural number is built without implementation of decodings actions. For the increase of operationability of communication of data in the informativelytelecommunication systems it is necessary to carry out their compact presentation [1, 2]. It results in diminishing of digital volumes of information, and consequently, and to diminishing of amount of packages of information. Important requirements to the methods of compression it is been: increase of degree of compression; providing of control of the errors given without bringing; decline of time of treatment. Thus in a number of practical applications, in that numbers in the process of diagnostics of digital charts, it is especially important to carry out rapid renewal of information. For existent approaches in organization of compression and renewal of binary information the additional increase of coefficient of compression is or with the loss of information or with the increase of temporal expenses on treatment [1 - 4]. From here the scientifically-applied task is a decline of time of renewal of information at the maintenance of the required level of authenticity of information. The method of compact presentation of binary information is in-process [5] developed with arbitrary statistical descriptions. It is rotined that approach, based on forming of cascade structural code combinations, allows to promote the degree of compression. In also time for the use of this method in the handling systems of data it is required to carry out their timely renewal without bringing of errors. Means the purpose of researches is in developments of method of rapid renewal of cascade structural numbers (CSN) without bringing of error.
Appears in Collections:Кафедра автоматизації проектування обчислювальної техніки (АПОТ)

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