通用處理器 的英文怎麼說

中文拼音 [tōngyòngchǔlǐqì]
通用處理器 英文
gp general purpose processor
  • 通 : 通量詞（用於動作）
  • 用 : Ⅰ動詞1 （使用） use; employ; apply 2 （多用於否定: 需要） need 3 （敬辭: 吃; 喝） eat; drink Ⅱ名...
  • 處 : 處名詞1 （地方） place 2 （方面; 某一點） part; point 3 （機關或機關里一個部門） department; offi...
  • 理 : Ⅰ名詞1 （物質組織的條紋） texture; grain （in wood skin etc ） 2 （道理;事理） reason; logic; tru...
  • 器 : 名詞1. （器具） implement; utensil; ware 2. （器官） organ 3. （度量; 才能） capacity; talent 4. （姓氏） a surname
  • 通用 : be in common use; be current; apply or be used universally
  1. Received august 2, 2005 ; revised february 10, 2006

    專用處理器的性能雖然優于通用處理器，卻犧牲了靈活性。
  2. In addition, a novel heuristic approach which we called “ improved simulated annealing algorithm ” is proposed for bounding maximum and minimum leakage power. 2. a design method for low power clock network is proposed

    通過對高性能通用處理器中時序邏輯特點的詳細分析，提出採用帶門控使能的多比特觸發器設計方法來降低時鐘功耗。
  3. In this paper chapter 4 introduces characteristic of siemens cp1613 communication processor and sapi ? s7 application programming interface

    本文第四章介紹了siemenscp1613通信處理器的特點和sapi ? s7應用編程介面。
  4. Focusing on a 64 - bit high - performance general purpose microprocessor with fully independent intellectual property, the thesis investigates a 128 - word 65 - bit general register file with 12 - read and 8 - write ports which is a representational one for its large - scale and multi - port characteristics in that microprocessor, and realizes its full custom design with high speed in read and write access. from the layout simulation result, under the 0. 18um process, the upper limit working frequency for the register file is 900mhz

    本文面向一款具有完全自主知識產權的64位高性能通用處理器，對其中具有代表性的128字65位12讀埠和8寫埠的通用寄存器文件進行研究，實現了它的高速讀寫全定製設計，版圖模擬結果表明，在0 . 18um工藝下，設計可以工作的時鐘頻率上限為900mhz 。
  5. With the reconfigurable computing systems, the time of convolution processing is reduced to a fortieth of the computing on common pc versus without of it

    X86可重構計算系統由通用處理器和現場可編程陣列邏輯組成，該系統應當稱為混合系統。
  6. < 4 > validates the designs of des / rsa on the reconfigurable system test board, and discusses the further optimized approach of the designs. the research results will be contributive to the reconfigurable computing research in the field of encryption application of our nat ion

    本課題的設計與實現以航空微電子中心的可重構計算系統為硬體環境，此系統由通用處理器和現場可編程陣列邏輯組成，是混合系統，在當前一些應用領域如嵌入式微處理器系統等具有非常看好的應用前景。
  7. A vlsi very large scale integration architecture is also proposed to implement the improved motion estimation algorithm. experimental results show that this algorithm - hardware co - design gives better tradeoff of gate - count and throughput than the existing ones and is a proper solution for the variable block size motion estimation in avs

    考慮到avs主要面向圖像尺寸較大的高清數字電視壓縮，這種高復雜度的運算已經超過了現有通用處理器的運算能力，因此有必要設計專門的快速演算法和與這種演算法相匹配的硬體加速器。
  8. This thesis focuses on low power research on the high performance general - purpose processor design, which is based on godson - 2 processor core. many creative methods are raised in this paper. the following is the main contributions of this thesis : 1

    本文針對當前高性能通用處理器設計，結合龍芯2號高性能通用cpu的研製，對高性能通用處理器核的低功耗技術進行研究，提出了一系列實用有效的低功耗技術和方法。
  9. With the development of general - purpose processors and high efficient algorithms, it is possible to implement a software - based real - time video encoder, and its low cost and easy upgradability attract developers " interests to migrate video encoding from dedicated hardware to more flexible software

    對于實時視頻應用環境，視頻編碼以往大多由專用設備完成。但隨著通用處理器和數字信號處理器（ dsp ）主頻的提高、面向視頻處理的指令集出現，使得更為經濟、靈活的軟體編碼成為可能。
  10. At present, the research productions of reconfigurable computing are basically composed of fpga and general - purpose processor. and the complicated computations will be disposed within fpga

    目前大多數可重構計算技術的研究成果基本由現場可編程門陣列器件fpga和通用處理器構成，由可編程器件提供對復雜運算的加速計算能力。
  11. Reconfigurable computing has become a subject of a great deal of research. its key feature is the ability to have high performance of special - purpose processors, while retaining much of the flexibility of general - purpose processors

    結合了通用處理器和專用處理器二者的優點，在概念上既有asic一樣高效硬體電路實現也有類似於通用處理器的靈活性。
  12. 3 diefendorff k, dubey p. how multimedia workloads will change processor design. ieee computer, sept. 1997, 30 : 43 - 45. 4 wan m, zhang h, george v et al

    解決這種靈活性和自適應性要求的一個方法是使用通用處理器general purpose processor ，簡稱gpp或數字信號處理器digital signal processor ，簡稱dsp 。
  13. This paper does a research into the measures of dsp ' s c - compiler design. after comparing the dsp with risc processor in the respects of structure and application, and referring to the classic theory of compile for the general - purpose processors, some feasible schemes for dsp ' s c - compiler design are given along with some optimization strategies suitable to the dsp ' s feature

    本文對dsp晶元的c編譯器設計進行了探討性的研究，通過對dsp和通用處理器的在結構和應用等方面的對比給出一些可行的c編譯設計的實現方法並借鑒傳統的編譯優化理論結合dsp結構和應用特性得出一些與dsp相適應的編譯優化策略。
  14. Secure computing paradigms impose new architectural challenges for general - purpose processors

    安全計算範式向通用處理器提出了新的體系結構上的挑戰。
  15. General - purpose processor is not competent for it. on the other hand, hardware implementation is difficult to develop and lacks of scalability

    通用處理器很難勝任，基於硬體實現的asic方式開發難度大，缺乏靈活性。
  16. Though the general - purpose processor was flexible in calculation, it was lack of efficiency, and asic was more efficient but less in flexibility. as a resolution the reconfigurable technology provide a very valuable developing direction

    通用處理器以時間來換取處理問題的靈活性，專用處理器效率高但靈活性差，可重構計算技術（ reconfigurablecomputing ? rc ）為傳統通用處理器和專用處理器提供了一個非常有價值的發展方向。
  17. Its key feature is the ability to perform computations in hardware to increase performance, while retaining much of the flexibility of a software solution

    通用處理器非常適合於實現盡可能多的運算，設計目標專注于處理器快速順序執行一條指令的能力。
  18. A method called montgomery modular multiplication is the most significant way of fast modular multiplication. the montgomery method and its improvements are studied and the performances are analyzed in this thesis

    對于加快模乘法速度的方法，本文重點分析peterl . montgomery提出的及其改進演算法，介紹和比較了montgomery模乘演算法實現上的分類，找出了較為優越的應用於通用處理器上的montgomery模乘演算法。
  19. Based on network protocol processing, np is a new type of risc processor with special architectural features that are optimized to perform packet - processing functions. this type of processor has emerged to cope with the ever - changing networking applications that are becoming increasingly complex, and will be the core component of new types of backbone devices such as routers and switches

    網路處理器是一種全新的基於網路協議處理的可編程risc處理器，作為今後網路主幹設備如交換機、路由器中的核心部件，它結合了通用處理器的高靈活性和專用包處理器晶元的高性能特徵，針對網路協議處理進行專門的優化設計，達到網路ip包的線速處理以及越來越復雜的網路應用要求。
  20. With the advancement of vlsi design and the scaling of technology, the number of high performance processor is surging. not only does the performance of the processors is scaling up complying with the moore ' s law, but also the processors are get widely adopted in all kinds of application systems

    隨著vlsi技術的高速發展，工藝水平的不斷提高，各種高性能的處理器不斷涌現，不僅僅是通用處理器的性能指標按摩爾級數遞增，在各種應用系統中，嵌入式處理器也得到了充分的發展。
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