Ergodic Theory

Comment on “Modified Baptista type chaotic cryptosystem via matrix secret key

Ergodic Theory / Chaotic cryptography / Cryptanalysis / Mathematical Sciences / Physical sciences / Unimodal Maps / Gray Codes / Kneading Theory / Finite Precision Computations / Logistic Map and Cryptography / Baptista type chaotic cryptosystem / Chaotic Cryptosytems / Kerckhoffs' principle / Logistic Map / Shannon entropy / Keystream / Unimodal Maps / Gray Codes / Kneading Theory / Finite Precision Computations / Logistic Map and Cryptography / Baptista type chaotic cryptosystem / Chaotic Cryptosytems / Kerckhoffs' principle / Logistic Map / Shannon entropy / Keystream

Comments on \"Modified Baptista type chaotic cryptosystem via matrix secret key\" (Phys. Lett. A 372 (2008) 5427

Ergodic Theory / Chaotic cryptography / Cryptanalysis / Mathematical Sciences / Physical sciences / Unimodal Maps / Gray Codes / Kneading Theory / Finite Precision Computations / Logistic Map and Cryptography / Baptista type chaotic cryptosystem / Chaotic Cryptosytems / Kerckhoffs' principle / Logistic Map / Shannon entropy / Keystream / Unimodal Maps / Gray Codes / Kneading Theory / Finite Precision Computations / Logistic Map and Cryptography / Baptista type chaotic cryptosystem / Chaotic Cryptosytems / Kerckhoffs' principle / Logistic Map / Shannon entropy / Keystream

Comment on “Modified Baptista type chaotic cryptosystem via matrix secret key” [Phys. Lett. A 372 (2008) 5427]

Ergodic Theory / Chaotic cryptography / Cryptanalysis / Mathematical Sciences / Physical sciences / Logistic Map and Cryptography / Logistic Map / Shannon entropy / Keystream / Logistic Map and Cryptography / Logistic Map / Shannon entropy / Keystream

Comment on “Modified Baptista type chaotic cryptosystem via matrix secret key” [Phys. Lett. A 372 (2008) 5427]

Ergodic Theory / Chaotic cryptography / Cryptanalysis / Mathematical Sciences / Physical sciences / Logistic Map and Cryptography / Logistic Map / Shannon entropy / Keystream / Logistic Map and Cryptography / Logistic Map / Shannon entropy / Keystream

Comment on “Modified Baptista type chaotic cryptosystem via matrix secret key” [Phys. Lett. A 372 (2008) 5427]

Ergodic Theory / Chaotic cryptography / Cryptanalysis / Mathematical Sciences / Physical sciences / Unimodal Maps / Gray Codes / Kneading Theory / Finite Precision Computations / Logistic Map and Cryptography / Baptista type chaotic cryptosystem / Chaotic Cryptosytems / Kerckhoffs' principle / Logistic Map / Shannon entropy / Keystream / Unimodal Maps / Gray Codes / Kneading Theory / Finite Precision Computations / Logistic Map and Cryptography / Baptista type chaotic cryptosystem / Chaotic Cryptosytems / Kerckhoffs' principle / Logistic Map / Shannon entropy / Keystream

Optimum Spreading Sequences for Asynchronous CDMA

Ergodic Theory / Information Theory / Communication Theory / Communication System / Nonlinear Dynamic System

A non-equilibrium analysis and control framework for active queue management

Engineering / Ergodic Theory / System Identification / Mathematical Programming / Modeling / Markov Decision Process / Communication Networks / Communication Network / Markov Decision Processes / Hidden Markov Models / Nonlinear Systems / Mathematical Sciences / Automatica / hidden Markov model / Bifurcation / Theoretical Analysis / Theoretical Framework / Telecommunication network / Community Networks / Simulator / Nonlinear system / Markov chain / Markov Process / Stochastic Model / Flow Rate / Network Simulator / Queue / Active Queue Management / Complex Dynamics / Markov model / Markov Decision Process / Communication Networks / Communication Network / Markov Decision Processes / Hidden Markov Models / Nonlinear Systems / Mathematical Sciences / Automatica / hidden Markov model / Bifurcation / Theoretical Analysis / Theoretical Framework / Telecommunication network / Community Networks / Simulator / Nonlinear system / Markov chain / Markov Process / Stochastic Model / Flow Rate / Network Simulator / Queue / Active Queue Management / Complex Dynamics / Markov model

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