activity
20032017
most citedPeriodicity of chaotic trajectories in realizations of finite computer precisions and its implication in chaos communications

83 citations · 162 across the 8 of their papers we have counts for

collaborators

8 papers

cond-mat.stat-mech2017

Reconstructing nonlinear networks subject to fast-varying noises by using linearization with expanded variables

Rundong Shi, Gang Hu, Shihong Wang

Reconstructing noise-driven nonlinear networks from time series of output variables is a challenging problem, which turns to be very difficult when nonlinearity of dynamics, strong…

nlin.CD2008★ 1 cited

A self-synchronizing stream cipher based on chaotic coupled maps

Shihong Wang, Gang Hu

A revised self-synchronizing stream cipher based on chaotic coupled maps is proposed. This system adds input and output functions aim to strengthen its security. The system perform…

nlin.CD2005★ 1 cited

A new self-synchronizing stream cipher

Shihong Wang, Huaping Lv, Gang Hu

A new self-synchronizing stream cipher (SSSC) is proposed based on one-way and nearest neighbor coupled integer maps. Some ideas of spatiotemporal chaos synchronization and chaotic…

nlin.CD2004★ 16 cited

Experimental realization of a highly secure chaos communication under strong channel noise

Weiping Ye, Qionglin Dai, Shihong Wang +7

A one-way coupled spatiotemporally chaotic map lattice is used to contruct cryptosystem. With the combinatorial applications of both chaotic computations and conventional algebraic…

nlin.CD2003★ 83 cited

Periodicity of chaotic trajectories in realizations of finite computer precisions and its implication in chaos communications

Shihong Wang, Weirong Liu, Huaping Lu +2

Fundamental problems of periodicity and transient process to periodicity of chaotic trajectories in computer realization with finite computation precision is investigated by taking…

nlin.CD2003★ 51 cited

Chaos-based cryptograph incorporated with S-box algebraic operation

Guoning Tang, Shihong Wang, Huaping Lu +1

Error function analysis is an effective attack against chaotic cryptograph [PRE 66, 065202(R) (2002)]. The basin structure of the error function is crucial for determining the secu…