ternary operation 中文意思是什麼

ternary operation 解釋
三項運算
  • ternary : adj. 1. 三個的,三個組成的,三重的。2. 第三的。3. 【化學】三元[成分]的;【數學】三元的,三變數的,三進位的。
  • operation : n 1 動作,行動,活動;業務,工作;作用。2 效果,效力;有效范圍,有效期間。4 【數學】運算;【醫學...
  1. 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。
  2. Two perpendicular polarized light states and a no - light state are applied to express information in the ternary optical computer. the three states are transformed via two - dimension liquid crystal element and polarizators, and ternary arithmetic operation and ternary logical calculus completed directly in this way. the ternary optical computer will possess enormously number of bit ( easy to 104 ), light processor, light transmission path and electric control system

    三值光計算機用相互垂直的兩個線偏振光和零光強三個獨立的光狀態表示信息;用二維液晶器件和偏振器實現此三個狀態間的轉換;採用三進制算術運算;直接處理三值邏輯運算;擁有巨大的數據位數(容易超過10 ~ 4位) ;具有光運算、光傳送、電控制等結構特色,具有很強的空間、時間并行性。
  3. 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。
  4. 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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