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Titlebook: Soft Computing in Communications; Lipo Wang Book 2004 Springer-Verlag Berlin Heidelberg 2004 LAN.Multiplexer.Routing.Wireless LAN.communic

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Fuzzy Chaotic Synchronization and Communication — Signal Masking and Encryptionm design methods. Following a general form of TakagiSugeno fuzzy chaotic models, the structure of the response system is firstly proposed. Synthesizing from the observer and controller points of view, two developed drive-response systems achieve asymptotic synchronization. For chaotic communications
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Intelligent Channel Assignment Schemes for Hierarchical Cellular Systems concept of fuzzy logic control system, and it mainly contains a fuzzy channel allocation processor (FCAP) which is designed to be in a two-layer architecture: a fuzzy admission threshold estimator in the first layer and a fuzzy channel allocator in the second layer. In the fuzzy admission threshold
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Least Bit Error Rate Adaptive Multiuser Detection mean squares error (MMSE) criterion, which can efficiently be implemented using the standard adaptive algorithms, such as the least mean square (LMS) algorithm. As the probability distribution of the linear detector’s soft output is generally non-Gaussian, the MMSE solution can be far away from the
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Fuzzy Chaotic Synchronization and Communication — Signal Masking and Encryptionization design is applied to transmit and decrypt the ciphertext. The combination of both chaotic signal and cyptosystem characteristics achieves communication with a higher level of security. Finally, several well-known chaotic systems are used in numerical simulations and DSP-based experiments.
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