算術邏輯 的英文怎麼說

中文拼音 [suànshùluó]
算術邏輯 英文
arithmetical logic
  • : Ⅰ動詞1 (計算數目) calculate; reckon; compute; figure 2 (計算進去) include; count 3 (謀劃;計...
  • : 術名詞1. (技藝; 技術; 學術) art; skill; technique 2. (方法; 策略) method; tactics 3. (姓氏) a surname
  • : Ⅰ動1. (巡察) patrol 2. [書面語] (遮攔) blockⅡ名詞1. (巡察) patrol 2. [書面語] (山溪的邊緣) edge
  • : Ⅰ動詞(編輯; 輯錄) collect; compile; edit Ⅱ名詞(整套書籍、資料的各個部分) part; volume; division
  • 算術 : arithmetic figure; arithmetic
  • 邏輯 : logic
  1. Alu arithmetic - logic unit

    算術邏輯單元
  2. Arithmetic logic unit

    算術邏輯單元
  3. Valu vector arithmetic logic unit

    向量算術邏輯單元
  4. Arithmetic logic unit data flow

    算術邏輯單元資料流
  5. Valu ector arithmetic logic unit

    向量算術邏輯單元
  6. The arithmetic logic unit ( alu ), which performs arithmetic and logical operations

    算術邏輯單元,用來進行算術邏輯
  7. Alu arithmetic logic unit

    算術邏輯單元
  8. Arithmetic and logic unit

    算術邏輯單元
  9. Abbreviation of arithmetic logic unit, the part of a computer that performs all arithmetic computations, such as addition and multiplication, and all comparison operations

    算術邏輯部件的縮寫,執行全部,例如加法和乘和全部比較運的一臺計機的零件。
  10. Calculator with arithmetic logic

    算術邏輯
  11. Alu arithmetic logical unit

    算術邏輯部件
  12. Arithmetic logical unti

    算術邏輯部件
  13. This thesis emphasizes on full custom design methodology of high performance alu

    本文研究了高性能算術邏輯部件的全定製設計方法。
  14. A system consisting of two or more processing units, alus, or processors that can communicate without manual intervention

    由兩個或多個處理部件、算術邏輯部件或不用人工干預就可以相互通信的處理機所組成的一種系統。
  15. A processor is composed of two functional units ? a control unit and an arithmetic / logic unit ? and a set of special workspaces called registers

    處理器由兩個功能部件(控制部件和算術邏輯部件)與一組稱為寄存器的特殊工作空間組成。
  16. The alu designed with the methodology of full custom can realize higher speed, lower power dissipation and smaller area, and it has great value in application and significant meaning in practice

    採用全定製方法設計的算術邏輯部件速度快、功耗低、面積小,具有廣泛的應用價值和重要的實踐意義。
  17. Alu is one of the most important and usually used computing units in microprocessors, the speed and power dissipation of alu have important effect on the performance of whole microprocessor

    算術邏輯部件作為微處理器中最重要和最常用的運部件之一,它的速度與功耗對整個微處理器性能具有很大的影響。
  18. The proposed 64 bits high performance alu is optimized at algorithm level, logic level, circuit level and layout level, and is implemented in 0. 18 m cmos process. furthermore, the testing technique of the alu is discussed. this thesis mainly contributes to the following aspect : 1

    文章從部件的演法、結構、電路參數、物理版圖等多個層次進行設計優化,在0 . 18 mcmos工藝下實現了一款64位高性能算術邏輯部件,並對該部件的測試方法進行研究。
  19. Using “ logical effort ” method to analyze the circuit ’ s critical path, and choose the optimized size of transistors in theory by this method. then, using sta technique simulates and analyzes the circuit to optimize transistors size further, and the circuit optimization arithmetic based on sta is gained. results proved that the optimization strategy of combining theory and practice have better effect

    結果證明,這種理論與實際結合的優化策略具有較好的效果;三、典型條件下,所實現版圖關鍵路徑延時1 . 38ns ,平均功耗45 . 3mw ,版圖面積0 . 05112mm2 ,達到了較小的延時、功耗和面積;四、針對所設計的算術邏輯部件,研究了一種獨特的內建自測試方法,只需較少的測試向量就可實現該部件100 %的故障覆蓋率,具有很高的效率和較低的代價。
  20. Additionally, we exactly designed the central process department : arithmetic logic unit

    另外,精心設計了微控制器的核心部件算術邏輯單元。
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