static allocation 中文意思是什麼

static allocation 解釋
靜態分配
  • static : adj 1 靜止的，靜態的，靜力的。2 【物理學】天電的，靜電的。3 【無線電】靜態特性。4 固定的，不活潑...
  • allocation : n. 1. （原料等的）分配，配給。2. 配給物，配給量。3. 定位置，部署。4. 【會】（經費、收入等的）分配法。
  1. To resolve this instance, bandwidth allocation of fieldbus is researched based on priority mechanism, the static and dynamic bandwidth allocation algorithms are proposed and compared by performance

    針對這一問題，通過分析優先級機制，研究了現場總線的帶寬分配問題，提出了靜態和動態兩種帶寬分配演算法，並對兩種演算法進行了性能比較。
  2. The second is that monopoly produces some positive effects : as static efficiency to say, there are four mechanisms, namely economies of scale, economies of scope, internalization of externalities and learning effect, which optimize the allocation of resources. monopoly advantages decrease of transaction cost. some extent monopoly has benefits to technology innovation and human capital accumulation

    其次，壟斷具有正的效應：從靜態效率來看，壟斷存在四種優化資源配置的機制（規模經濟機制、范圍經濟機制、外部性內化機制和學習效應機制） ；壟斷有利於機會成本的降低，從而可以提高社會經濟活動的效率；從動態效率來看，一定程度的壟斷有利於技術進步和人力資本的積累，因而是動態有效的。
  3. When the quantity of nodes is large, the static method of address allocation is unfeasible, so the network should have the ability that it can assign addresses automatically

    當節點數量很大時，靜態設置地址的方法是不可行的，這就需要網路具有自動分配節點地址的能力。
  4. The contribution of this dissertation includes : ( 1 ) a register sensitive unrolling ( rsu ) algorithm is presented, which evaluates unrolling factors considering register pressure to allow more loops to be software pipelined ; ( 2 ) a stacked register allocation ( sra ) algorithm is presented to allocate free stacked registers to variants requiring static registers

    本文的主要貢獻包括以下幾個方面： （ 1 ）提出了一種寄存器敏感的循環展開因子（ rsu ）演算法。該方法通過寄存器壓力的分析，重新計算循環展開因子，避免了過度展開而導致的寄存器壓力過大問題，從而盡可能地保證軟體流水的順利進行； （ 2 ）提出了一種堆棧寄存器分配（ sra ）演算法。
  5. Value theory is a kind of economics basic theory, which relates to static resource allocation, property right relation, and wealth distribution

    摘要價值理論是一種與靜態資源配置、產權關系、財富分配和經濟發展等研究都有關的經濟學基礎理論。
  6. Following the architecture description of rtps middleware, two critical implementation issues are carried out : the first, object - oriented multi - threaded architecture. to avoid negative effect brought by the block, and to improve the realtime responsive ability of the system, we decouple the event processing from its transportation ; the second, pooled memory allocationjn order to decrease the time - and - space overhead due to dynamic memory allocation, thus to improve the dynamic performance of the realtime publish - subscribe system and the predictability of runtime end - to - end qos, we adopt the pooled allocation to change many dynamic system calls into one static system call and several user interface calls in fixed time

    通過將事件的輸送與處理解耦以避免阻塞所帶來的影響、改善系統的實時響應能力，通過面向對象的多線程並發以支持異步事件的實時並發處理並獲得系統結構上的靈活性；其二，池式內存分配。通過內存池分配方式將客戶的大量動態系統調用轉化為一次靜態系統調用和數次固定時間的用戶介面調用以減少動態內存分配的時空開銷，從而改善實時發布-訂閱系統的動態性能與提高其運行時端對端服務質量的（ end - to - endqos ）可預測性。
  7. Theoretical proof and simulation suggests that this constructive function has stronger heuristic power, and has better effectiveness for scheduling dag a task - replication based heuristic static scheduling algorithm is also proposed ( namely processor pre - allocation algorithm for dag tasks, ppa ), utilizing the aforementioned heuristic function aimed at rtrpmt

    通過理論證明與模擬實驗表明：本文構造的啟發函數具有較強的啟發能力，對dag圖的調度具有較優的效果。利用本文所構造的啟發函數，針對相關周期性多任務，提出了一種基於任務復制的啟發式靜態調度演算法（ dag任務圖的處理器預分配演算法ppa ） 。
  8. We first give an analysis of the whole system and its requests for memory management then we design and implement the memory management strategies of rtos for this chip, including the paged virtual memory management mechanism without swap, the memory protection, the memory sharing and the static / dynamic memory allocation mechanism. chapter 4 describes the simulation method of the memory management strategies implemented in the previous chapter, then we analyse the results of the simulation

    首先對系統進行了分析，得到其對操作系統的存儲管理的具體要求，然後針對上面提出的需求，設計並實現了相應的存儲管理策略，包括分頁不交換的虛擬存儲機制、存儲保護、存儲共享以及內存的靜態動態分配機制，最後介紹了在本系統研究和實現過程中用到的幾個工具軟體。
  9. However, in modern communications network, in order to utilize precious bandwidth resource efficiently, static allocation policies, which usually distribute bandwidth in advance, can not meet the demand of fast - growing communications

    然而，在現代通信網路中，為了有效地利用寶貴的帶寬資源，預先配置大小的靜態分配演算法已經不能適應快速發展的通信需要。
  10. Static storage allocation

    靜態儲存器配置
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