critical path algorithm 中文意思是什麼
critical path algorithm
解釋
關鍵路徑演算法-
The generation is coinciding with the probability distribution for the same work procedure. for one turn of simulation, the rigid network plan algorithm is used. after enough turns of simulation, the distribution of the total work period can be determined, at the same time the critical path and time parameters can be found in the pnp
本文首先論述了網路計劃發展的幾個方面，然後引入概率理論與統計知識，建立起一個概率型網路計劃模型，在此基礎上闡述了工序工期與網路總工期的概率分佈的判定與擬合方法，通過中心極限定理同時輔助於計算機數值模擬法，對網路計劃做出了一些統計分析，同時提出了概率型網路的關鍵路線的確定方法。 -
In addition, several way are adopted to optimize the one dimensional transform architecture. improving the architecture resulting from the standard lifting scheme reduces the critical path delay ; an embedded boundary extension algorithm is adopted instead of the standard symmetric extension and it ’ s easier to implement ; the pipeline technique is adopted to increase the speed of processing ; coefficients of the multipliers are transformed into csd forms and the multiplications are substitute by minimum shift - add operations
改進了由標準的提升演算法得到的變換結構，減小了關鍵路徑上的延時;採用內嵌的邊界延拓來代替標準的對稱延拓，實現更加簡單;採用流水線技術顯著提高了處理的速度;把乘法器系數表示為csd形式，將常系數乘法優化為最少的移位加操作。 -
The proposed approach enables parallel execution of conventional lza and its error detection, so that the error - indication signal can be generated earlier in the stage of normalization, thus reducing the critical path and improving overall performance. the circuit implementation of this algorithm also shows its advantages of area and power compared with other previous work
本文提出了一種新型的基於錯誤糾正機制的前導0預測演算法，該演算法在傳統非精確演算法的基礎上增加了對其結果出錯時的預判機制和規格化過程中的實時糾正機制，從而實現了尾數和規格化時的精確移位，降低了浮點加減運算的關鍵路徑延遲。 -
It can reduce power dissipation dramatically. however, the leakage power severely increases because of the low threshold, so a simulated annealing algorithm is presented to adjust threshold in non - critical paths, while the threshold in critical path is still kept low to increase performance. this method can decrease leakage power by 100 times without speed penalty
為了降低等待狀態的漏電功耗，本章提出了一種基於模擬退火演算法的雙閾值調節方法，對關鍵路徑上的器件採用較低的閾值以提高速度，而其餘器件仍然保持較高的閾值以避免過大的漏電流，將該方法應用於iscasbenchmark電路中，可以使漏電功耗基本保持不變，而動態功耗則大幅度降低。 -
For qualitative solution of the models, we define critical states and bring forward an algorithm to work out the critical states of a safety system, so the path leading to high risk ha ard state can be eliminated with inner lock and time constraints, two of our new concepts
在安全性定性分析方面，論文提出了關鍵狀態的概念，給出了關鍵狀態分析的搜索演算法，研究了採用內鎖和時間約束來消除高風險危險路徑的方法。
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