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首页> 外文会议>Conference on Advanced Topics in Optoelectronics, Microelectronics, and Nanotechnologies >The reduction of the physical inputs number to optoelectronic logical gates
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The reduction of the physical inputs number to optoelectronic logical gates

机译：将物理输入数的减少到光电逻辑门

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In this paper the authors present elementary logical gates achieved into optoelectronic technology. The main characteristic of these logical gates is that the physical number of inputs ofthese gates is half versus the number of input signals. The light intensity of input signals is amplified, the information being given by direction of light polarization. The polarization is important into optical computing because with its help the operations with negligible energetically losses can be achieved. The presented logical gates would be use into optoelectronic and optic circuits by processing of information. They can be use into optoelectronic and optic circuits for that the addressing is made parallel, too.
机译：本文提出了基本逻辑门，实现了光电技术。这些逻辑门的主要特征是这些门的输入的物理数量为一半与输入信号的数量。输入信号的光强度被放大，通过光极化方向给出的信息。极化是光学计算的重要性，因为它有助于实现具有可忽略的能量损耗的操作。通过处理信息，所提出的逻辑门将被用入光电和光电电路。它们可以用于光电和光电电路，因为该寻址也是平行的。

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