codesign 中文意思是什麼

codesign 解釋
合作設計
  1. In this paper, hardware / software codesign is used to solve die problems

    本文採用軟硬體協同設計的思想來進行md32存儲系統的設計。
  2. Research and implement in cluster data communication mechanism based on software hardware codesign

    基於軟硬體協同的機群數據通信機制的研究與實現
  3. 5 li y, callahan t, darnell e et al. rm hardware - software codesign of embedded reconfigurable architectures

    使得人們能夠為研究高效的csp方法而開發良好的功能程序範例與變換技術。
  4. By using hardware / software codesign, the design cycle can be shortened and design efficiency can be improved

    軟硬體協同設計協調軟硬體開發過程并行開展,一方面可以縮短設計周期,極大地提高設計效率。
  5. A design support environment is a necessary in order to support parallel design and collaborative design. a codesign environment ? yh - cde is prsented in the thesis

    軟硬體協同設計強調設計進程的并行化和協作化,該設計方法需要相應輔助設計環境的支持。
  6. The achievements of this paper have great theoretic and realistic significance to hardware / software codesign methodology and promote the application of codesign techniques

    本文的研究成果對于推動軟硬體協同設計技術的發展和應用有重要的理論意義和實踐意義。
  7. The hardware / software co - synthesis determines the hardware and software a ] location and function mapping. hardware / software co - synthesis is a key problem of hardware / software codesign

    軟硬體協同綜合決定系統功能在軟硬體實現結構上的分配,是軟硬體協同設計的核心問題。
  8. Currently, the hardware / software codesign of a 32bit mulitmedia dsp named md - 32 is under way in the institute of information & communication engineering of zhejiang university

    目前,浙江大學信息與通信工程研究所正在進行32位多媒體數字信號處理器(命名為md - 32 )的軟硬體開發。
  9. This paper describes the design and implementation of a biochip scanning and analyzing system based on the embedded microprocessor / dsp codesign. the dsp software design of the system is presented in detail

    本文設計並實現了基於dsp和嵌入式處理器協同工作的生物晶元掃描分析系統,並著重敘述了整個系統的架構以及系統的dsp軟體設計。
  10. The thesis addresses the following key techniques in hardware / software codesign " system level behavior model, design evaluation, hardware / software co - synthesis and prototyping of embedded microprocessor

    本文的主要研究了系統軟硬體協同設計中的若干關鍵技術,包括:系統模型、設計評價技術、軟硬體協同綜合和嵌入式微處理器虛擬原型技術。
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