Multi-bit optical operation system
A computing system and optical path technology, applied in the field of computing systems, can solve the problems of computing speed limitations, high cost of quantum computers, and difficulties in commercialization, etc., and achieve the effect of improving processing computing speed and low production and operation costs
Pending Publication Date: 2020-10-27
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Problems solved by technology
[0003] Because existing electronic computers use voltage signals for transmission and calculation, a single circuit channel can only transmit a single sequence of potential signals at a time point, and the processing module can only receive a set of potential signals for calculation. Outputs an operation result, so its operation speed is limited
[0004] In addition, although there is currently the development of quantum computers that can perform fast calculations, quantum computers must first complete the two prerequisites of quantum superposition and quantum entanglement. At the same time, they must be able to operate at a sufficiently low temperature and an environment close to absolute zero. These conditions The cost of quantum computers is too high, and commercialization is difficult
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[0013] Preferred embodiments of the multi-bit optical computing system of the present invention will be further described below. see figure 1 As shown, the present invention provides a multi-bit optical computing system, which includes a light source module 11 , an optical path module 12 , an optical information storage module 13 and an optical processing module 14 . Preferably, the multiple frequency optical signals generated by the light source module 11 are a first frequency optical signal and a second frequency optical signal, and the optical circuit module 12 includes an input end connected to the light source module 11 to receive the The first frequency optical signal and the second frequency optical signal. The optical information storage module 13 receives the first frequency optical signal and the second frequency optical signal through the optical path module 12, and the plurality of storage units of the optical information storage module 13 includes a first storage...
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The invention provides a multi-bit optical operation system, which comprises a light source module for generating a plurality of frequency optical signals, an optical information storage module for receiving the frequency optical signals through an optical path module and storing the frequency optical signals as a plurality of parts of optical information; an optical processing module used for receiving the optical information in the optical information storage module through the optical path module according to an external instruction to perform an instruction operation, generating a plurality of parts of output information, and storing the output information in the optical information storage module through the optical path module, so that the processing operation speed of the whole operation system can be improved.
Description
technical field [0001] A computing system, especially a multi-bit optical computing system. Background technique [0002] Existing electronic computers mainly transmit information through two digital potential signals, a low-voltage signal representing "0" and a high-voltage signal representing "1", and includes a storage module and a processing module. The storage module converts an input digital signal into solid-state information for storage, and the processing module reads the solid-state information from the storage module, and executes complex operation instructions consisting of arithmetic operation and comparison operation. [0003] Because existing electronic computers use voltage signals for transmission and calculation, a single circuit channel can only transmit a single sequence of potential signals at a time point, and the processing module can only receive a set of potential signals for calculation. Outputs an operation result, so its operation speed is limite...
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CPCG06E3/001
Inventor 方可成
Owner 方可成