The invention discloses an electro-optic phase mutual modulation
chaotic multichannel one-way secret communication
system. Four
chaotic lasers at a sending end generate four paths of
chaotic signals, the chaotic signals are converted into radio-frequency electric signals through a photoelectric
detector, and the radio-frequency electric signals are transmitted to corresponding phase modulators to perform
phase modulation on optical signals in corresponding optical paths to generate phase chaotic signals. Four paths of phase chaotic signals are converted to different wavelengths through a
wavelength converter and are combined into one path through a
wavelength division
multiplexer to be transmitted to a receiving end, the
wavelength division
multiplexer at the receiving end divides the signals into four paths, the signals are converted to the same wavelength through the wavelength converter, and the four paths of signals are respectively converted into
radio frequency electric signals through corresponding photoelectric detectors, and the optical signals of the corresponding optical paths are subjected to
phase modulation through the phase modulator; reverse phase chaos is generated, phase chaos of the
optical path signals is counteracted, intensity chaos signals are generated, and the robustness of the intensity chaos is used for decrypting the multiple paths of signals. Multi-channel chaotic synchronous communication is realized, and the
confidentiality is high.