Method and system for intelligent decision-making photonic signal processing

An intelligent decision-making photonic signal processing system, comprising

• a multi-functional input unit, the multi-functional input unit having an array of output ports,
• an electro-optical conversion module, the electro-optical conversion module having an array of electro-optical modulators, each electro-optical modulator having a first input port, a second input port, a first output port, the first input ports of the array of electro-optical modulators form an array of first input ports of the electro-optical conversion module, the second input ports of the array of electro-optical modulators form an array of second input ports of the electro-optical conversion module, the first output ports of electro-optical modulators are divided into an array of first output ports and an array of second output ports of the electro-optical conversion module,
• light source arrays, the light source arrays having an array of output ports,
• a signal processing module,
• a photoelectric conversion module, the photoelectric conversion module having an array of photodetectors, each photodetector having a first input port, a first output port, the first input ports of photodetectors are divided into an array of first input ports and an array of second input ports of the photoelectric conversion module, the first output ports of the array of photodetectors form an array of first output ports of the photoelectric conversion module,
• a multi-functional output unit, the multi-functional output unit having an array of input ports, and
• an artificial intelligence chip,
• wherein the signal processing module comprises multiple analog signal processing units and multiple digital signal processing units;
• the array of output ports of the multi-functional input unit is connected to the array of first input ports of the electro-optical conversion module;
• the array of output ports of light source arrays is connected to the array of second input ports of the electro-optical conversion module;
• the array of first output ports of electro-optical conversion module is connected to the array of first input ports of the photoelectric conversion module through the analog signal processing units;
• the array of second output ports of electro-optical conversion module is connected to the array of second input ports of the photoelectric conversion module through the digital signal processing units;
• the array of first output ports of photoelectric conversion module is connected to the array of input ports of the multi-functional output unit, and
• the artificial intelligence chip is respectively connected to the electro-optical conversion module, the light source arrays, the multiple analog signal processing units and the multiple digital signal processing units of the signal processing module, the photoelectric conversion module, and the multi-functional output unit.