The chaotic network signal optimization algorithm based on the fluid geometry projection vector mechanism
ZHAO Nannan
GAO Jian
Abstract：Current constellation structure of high frequency signal chaos mobile network demodulation process has problem of the projection of high complexity and low efficiency problem of signal analysis.The chaotic signal demodulation algorithm of super high frequency mobile fluid mechanism was proposed based on geometric projection vector.The super fluid geometric projection mechanism was constructed based on 3D rotation vector plane projection method with orthogonal to each other and obtain constellation receiver,as well as the access efficiency of the reference vector was improved based on orthogonal projection plane.According to the superfluid constellation receiving structure characteristics and based on the way of receiving node loop receiving hierarchy,a performance ranking method is introduced to reduce the signal interference phenomenon.Using the signal vector mapping method to build decision signal vector and using linear mode to decompose the received signal,which effectively avoid the received signal in the control domain of the rotating projection overlap and high chaotic noise.The simulation results show that the proposed algorithm has better anti noise and anti-fading performance compared with the current high temperature super high order random signal demodulation algorithm.
Keywords：high frequency ultra chaotic mobile signalsignal demodulationsuper fluidgeometric projection vector mappingsignal decision
Publication Date：2017-01-01
Online Publishing Date：2025-08-15(First online date of this platform, not the publication date of the document)
Pages：8( 98-105 )