parallel processing 中文意思是什麼

parallel processing 解釋
【計算機】并行處理。

  • parallel : adj 1 平行的；并行的 （to; with）; 【電學】並聯的。2 同一方向的，同一目的的。3 相同的，同樣的，相...
  1. Finally, this thesis explored incremental algorithm, which featured normally in addable and non - iterative with some advantages, such as applicable to large and dynamic database, lower demand for memory, implementation of parallel processing and incremental update

    增量演算法的要求是聚類特徵一般是可加的、非迭代的，該文提出了一種基於密度的網格聚類演算法gdclus ，並在此基礎上提出了增量式演算法igdclus 。
  2. Expert system has many merits. it has the ability of heuristic illation, and can explain for illation and append new knowledge in the knowledge database. but it also has obvious shortcomings, such as, poor ablitity in ka ( knowledge achieve ), inefficient and incomprehensive. the artificial neural network has the ablitity of parallel processing, associative memory, distributed storage of knowledge and high robust etc. it also has perfect characteristics of self - organizing, self - adaptive, self - learning. it specializes in visualize ideation but is short of logic ideation

    專家系統在故障診斷領域得到廣泛的應用，專家系統具有許多優點，能利用專家的知識進行啟發式推理，能夠解釋其推理過程，並能夠不斷地、靈活地增加新的知識。但專家系統也存在明顯的缺陷：獲取知識能力差、效率低、范圍窄。可以說專家系統長于邏輯思維缺乏形象思維。
  3. Design of multi - dsp parallel processing system based on fpga

    并行處理系統的設計
  4. Perfect parallel processing is not always possible

    並不總是能夠完全并行處理。
  5. Parallel processing for merge agents and distribution agents

    并行處理合併代理和分發代理
  6. Design of an image fusion system based on dsp parallel processing

    并行處理的圖像融合系統設計
  7. The both can not run without parallel processing technique

    這兩個方面都離不開并行處理技術。
  8. Spml supports both sequential and parallel processing of requests

    Spml同時支持并行和順序處理請求。
  9. Parallel processing for data statistics in network database system

    網路數據庫系統中數據統計的并行處理
  10. The parallel processing for nonsymmetric generalized eigenvalue problem

    非對稱廣義特徵值問題的并行演算法
  11. Parallel processing is a trend of radar signal processing

    採用并行處理是目前雷達信號處理的發展趨勢。
  12. According to signal processing capcity and the memory of sharc21060 chip, six shrac chips are used in practically processing. every chip takes on different task, and it basically realized streamy parallel processing

    根據信號處理運算量的需求以及sharc21060晶元的內存量，在實際處理中，共使用了6片sharc晶元，各晶元承擔不同的任務，基本實現了流水線式的并行處理。
  13. Chapter 4 studies scheduling algorithm of the core node to implement on single adsp2191. the result shows that a single adsp2191 chip can ’ t satisfy the bhp processing delay request and parallel processing is inevitable. chapter 5 primarily studies the core node ’ s scheduling algorithm with many dsp parallel process. details of lauc - vf scheduling algorithm analysis data flow organization and mission distribution are argued. the results of software simulation and hardware debugging indicate that many dsp parallel processing is effective and coincident with the system ’ s demand

    結果表明單片adsp2191晶元不能夠滿足核心節點對bhp的實時處理要求，必須多dsp并行處理。第五章研究了核心節點調度演算法的多dsp并行處理。對多bhp批調度演算法的實現進行分析，探討了多bhp處理任務的的劃分和分配方案;多dsp間數據通信和傳輸的dma實現;最後對多處理器并行的處理時間進行模擬測試分析。
  14. The whole words computing codes can do both bearing information of complex whole word features and guaranteeing the computability of information, so that sets up an feasible and scientific best for unified computation and parallel processing of mongolian whole words

    整詞計算碼既可載荷整詞復雜特徵知識信息、又可保證信息的可計算性，從而為蒙古文整詞復雜特徵合一計算和并行處理奠定了可行性科學基礎。
  15. Pipelining, superscalar organization and caches will continue to play major roles in the advancement of microprocessor technology, and if hopes are realized, parallel processing will join them

    在微處理器技術的發展中，流水線操作、超標量體系結構和高速緩沖內存儲器仍將扮演著重要的角色。如果可能，平行處理方法也會加人。
  16. Describes the design and realization of partial run - time reconfigurable fpga in detail. in order to reduce the affect of the reconfiguration time on system execution time, mostly static circuit design method in logical design stage and incremental routing method in component implementation stage are proposed. the fft parallel processing algorithm is examined through vvp platform

    本章詳細闡述了基於vvp平臺的多sharc功能插板的具體硬體實現，以動態重構fpga設計為核心，論述了局部動態重構fpga設計流程和方法，提出了極大靜態電路邏輯設計方法和遞增式布線方法，以達到減小動態重配置時間，提高系統運行效率的目的。
  17. Genetic algorithm, as a computational model simulating the biological evolution process of the genetic selection theory of dar - win, is a whole new global optimization algorithm and is widely used in many fields with its remarkable characteristic of simplicity, commonability, stability, suitability for parallel processing, high - efficiency, and practibility. on the other hand, there are many op - timization problems in the field of digital image processing, such as image compression, pattern - recognition, image rectification, image segmentation, 3d image recovery, image inquiry, and or so. in fact all these problems can be generalized as the problem of searching for a global optimal solution in a large solution space, which is the classic application field of genetic algorithm

    遺傳演算法是模擬達爾文的遺傳選擇和自然淘汰的生物進化過程的計算模型，是一種新的全局優化搜索演算法，具有簡單通用、穩定性強、適于并行處理以及高效、實用等顯著特點，在很多領域得到了廣泛應用，另一方面，在圖像處理領域有很多優化問題如圖像壓縮，模式識別，圖像校準，圖像分割，三維重建，圖像檢索等等，實際上都等同於一個大范圍搜索尋優問題，而最優化問題是遺傳演算法經典應用領域，因此遺傳演算法完全勝任在圖像處理中優化方面的計算。
  18. The parallel processing of the two processors dramatically improves the performance of both the calculation and the communication

    兩個處理器分別負責模擬計算和通信處理，顯著提高了閉環試驗速度。
  19. Considering that the time of image preprocessing is the key fact affecting the performance of real time, it designs hardware circuits for median filtering and edge detection. the pipelined and parallel processing methods are used in circuit design to raise processing speed and save hardware resource

    針對影響系統實時性最大的圖像預處理部分，在fpga設計中，實現了預處理的中值濾波和邊緣檢測硬體電路，將流水線處理技術和并行處理等技術應用到電路設計中，提高了處理速度，節省了硬體開銷。
  20. Circulant networks are widely used in the design of local networks and various parallel processing systems

    環網路廣泛應用於計算機局域網設計和各種并行處理系統
分享友人
分享到 Line

分享到臉書