Efficient Multicore Implementation of An Advanced Generator of Discrete Chaotic Sequences

Abstract : This paper details the design and implementation performances of an efficient generator of chaotic discrete integer valued sequences. The generator exhibits orbits having very large lengths compared to those given in the literature. It is implemented in C language and parallelized using the Parameterized and Interfaced Synchronous Dataflow Model of Computation (PiSDF MoC). The proposed structure is shown to be scalable, parallel and time efficient. The resulting implementation combines a very long minimal chaotic sequence omin > 7*2^128 32-bit samples and a very high throughput of 173Mbps on 4 cores of a General Purpose Processor.
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Chaos-Information Hiding and Security (CIHS), International Workshop on, Dec 2014, London, United Kingdom. Chaos-Information Hiding and Security (CIHS), International Workshop on, 2014
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Dernière modification le : jeudi 7 février 2019 - 17:50:22
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  • HAL Id : hal-01094677, version 1

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Karol Desnos, Safwan El Assad, Aurore Arlicot, Maxime Pelcat, Daniel Ménard. Efficient Multicore Implementation of An Advanced Generator of Discrete Chaotic Sequences. Chaos-Information Hiding and Security (CIHS), International Workshop on, Dec 2014, London, United Kingdom. Chaos-Information Hiding and Security (CIHS), International Workshop on, 2014. 〈hal-01094677〉

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