2007China Information SecurityRequires access

A New Type of the Editing Generator

Na Yang

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Abstract

In this paper,we present a new pseudo-random sequence generator,which is a combined model of the shinking-generator and a new type of the clock-control generator,called an editing generator as well. It's constructed by using two ternary linear feedback shift registers(LFSR) .This new edited sequences's period,linear complexity,symbol distribution and 1,2-complexity of weight are discussed in this paper. It is shown that the editing sequence has large period and linear complexity,and balanced in general,Furthermore,the sequence can resist the attack from the application of the Berlekamp-Massey algorithm when the series of the is very large. So it is a good pseudo-random sequence suitable for practical implementation of stream cipher systems.

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What this paper is about

In this paper,we present a new pseudo-random sequence generator,which is a combined model of the shinking-generator and a new type of the clock-control generator,called an editing generator as well. It's constructed by using two ternary linear feedback shift registers(LFSR) .This new edited sequences's period,linear complexity,symbol distribution and 1,2-complexity of weight are discussed in this paper. It is shown that the editing sequence has large period and linear complexity,and balanced in general,Furthermore,the sequence can resist the attack from the application of the Berlekamp-Massey algorithm when the series of the is very large. So it is a good pseudo-random sequence suitable for practical implementation of stream cipher systems.

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Available abstract

In this paper,we present a new pseudo-random sequence generator,which is a combined model of the shinking-generator and a new type of the clock-control generator,called an editing generator as well. It's constructed by using two ternary linear feedback shift registers(LFSR) .This new edited sequences's period,linear complexity,symbol distribution and 1,2-complexity of weight are discussed in this paper. It is shown that the editing sequence has large period and linear complexity,and balanced in general,Furthermore,the sequence can resist the attack from the application of the Berlekamp-Massey algorithm when the series of the is very large. So it is a good pseudo-random sequence suitable for practical implementation of stream cipher systems.

Key concepts: Stream cipher, Computer science, Shift register, Generator (circuit theory), Sequence (biology), Self-shrinking generator, Linear feedback shift register, Pseudorandom number generator

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