A suggested Clock Control Stream Cipher based on an Appropriate Attack
Abstract
The feedback shift registers (FSR) are known to enable the production of long-period sequences with quick realisation. It is common knowledge that a control register (CR) and a clock-controlled generating register make up the basic components of a key-stream generator (GR). An essential component of stream cypher design is the estimate of the sequence period produced by a clock-controlled (LFSR) with an irreducible feedback polynomial and an arbitrary control sequence structure. The algebraic attack, which is the most significant among the other forms of assaults, is the focus of this paper's attacks against stream cypher. The research also introduces a newly created combiner-based clock control sequence generator with increased structural complexity.
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