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Elaborates automata-theoretic aspect of cryptography
Proposes a canonical form for one key cryptosystems and a new design approach different from Shannon's
Presents deeper crypto-analyses for Finite Automata Public Key Cryptography (FAPKC)
Finite Automata and Application to Cryptography mainly deals with the invertibility theory of finite automata and its application to cryptography. In addition, autonomous finite automata and Latin arrays, which are relative to the canonical form for one-key cryptosystems based on finite automata, are also discussed.
Finite automata are regarded as a natural model for ciphers. The Ra Rb transformation method is introduced to deal with the structure problem of such automata; then public key cryptosystems based on finite automata and a canonical form for one-key ciphers implementable by finite automata with bounded-error-propagation and without data expansion are proposed.
The book may be used as a reference for computer science and mathematics majors, including seniors and graduate students.
Renji Tao is a Professor at the Institute of Software, Chinese Academy of Sciences, Beijing.
Content Level »Research
Keywords »FAPKC - Finite - Latin array - TUP - cryptography - cryptosystems - digital signature - finite automata - invertibility theory - mathematics
Mutual Invertibility and Search.- Ra Rb Transformation Method.- Relations Between Transformations.- Structure of Feedforward Inverses.- Some Topics on Structure Problem.- Linear Autonomous Finite Automata.- One Key Cryptosystems and Latin Arrays.- Finite Automaton Public Key Cryptosystems.
Distribution Rights in China: Tsinghua University Press.