ternary logic 中文意思是什麼
ternary logic
解釋
三進制邏輯-
The main work included : the classical lambda calculus was modified to describe the character of dynamic fuzzy ; the abstract syntax of dfl programming language was described through bnf notation ; an operational semantics model of dfl programming language was proposed with a ternary array < dfsc, dfo, dfss > and then some basic data types and several mechanisms of constructing new data types were defined ; the frame of dfl progaramming language was provided ; it was described how to solve some problems applying the operational semantics model ; the correctness and reliability of the operational semantics model were proved by hoare logic and denotational semantics
主要內容包括:變形傳統的演算，以更好地描述具有動態模糊性的問題;通過bnf描述了dfl程序設計語言的抽象語法;通過一個三元組< dfsc ， dfo ， dfss >給出了dfl程序設計語言的操作語義模型;給出了dfl程序設計語言的基本框架結構;給出了該操作語義模型的一些應用實例;通過hoare邏輯和基本指稱語義對本文所定義的操作語義模型的正確性和可靠性進行了證明。由此可見，本文從全新的角度定義了一種可以處理動態模糊問題的程序設計語言。 -
Finally, several mtncs were designed for implementing the xor operation and literal, and, or operation in ternary logic at switch level
最後，利用這一方法設計了實現異或運算、三值文字、與、或基本運算的多閾值神經元電路。 -
Then, the dissertation proposed the mcml design theory on switch level. based on this theory, several ternary mcml circuits are designed at switch level. the circuits are all simulated and have correct logic functions
進而，論文提出了mcml電路的開關級設計理論，並在此基礎上設計了三值mcml邏輯電路，並對所設計的電路進行了模擬驗證。 -
Because of the multiple - value characteristic of the rt quantum devices, the multiple - value circuits design get more and more recognition. this paper details a logic operation based on a switching sequence in rt circuits, this scheme enables us to design simpler ternary inverter and quaternary inverter circuits, and use this switching sequence also designed ternary nand gate and ternary nor gate
由於rt量子器件本身所特有的多值特性，因此基於rt器件的多值電路設計受到越來越多的重視，論文首先基於開關序列方法對傳統的三值反相器進行了改進，以此為基礎將開關序列設計方法推廣到四值反相器的設計，並實現了基於rt量子器件的三值與非門、或非門設計。 -
Custom filters are based on ternary logic
自定義過濾器基於三元邏輯。 -
Hence, the advantage of mtn over stn was shown with the facts that the nns need fewer neurons by using mtns than by using stns. in addition, the literal, and, or operation as three basic operations in ternary logic were separately implemented by single mtn. with these basic mtns, arbitrary ternary function can be achieved by nns
利用這一方法，用一個多閾值神經元即實現了需三個單閾值神經元方能實現的異或運算，由此大幅減少了神經元個數；用一個多閾值神經元分別實現了三值邏輯中的文字、與、或三種基本運算，由這三種基本運算的多閾值神經元，可組成實現任意三值函數的多閾值神經元網路，由於提高了單個神經元信息處理的能力，使神經網路可實現復雜的多值邏輯，性能得以提高。
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