parallel processing technique 中文意思是什麼
parallel processing technique
解釋
并行處理技術-
The both can not run without parallel processing technique
這兩個方面都離不開并行處理技術。 -
Digital - optical hybrid image processing, optical pattern recognition ( opr ) technique performs image processing and recognition through optical correlation and digital processing. it has promising application prospect in automatic target recognition because of its outstanding merits of high - speed parallel operation, high spatial resolution, flexibility and accuracy
光電混合圖像處理、光學模式識別（ opr ）技術以光學相關與數字處理相結合的方式實現對圖像信號的處理與識別，因而具有光速運算、高速并行處理、高解析度與計算機的靈活性、精確性的突出優點，在自動目標識別（ atr ）領域有著良好的應用前景。 -
Consequently, we can develop the parallel arithmetic technique in image processing or image compression. parallel processing technique deals with many aspects
并行演算法和軟體的許多研究方面尚處于探索階段，技術上還不成熟。 -
At the same time, the unlimitedly demand for the performance of computers lead to the appearance and great developments of parallel processing technique
另一方面，在高尖端科技領域內，并行處理技術的出現和蓬勃發展，使得該技術成為現代高性能計算機中最關鍵技術之一。 -
( 7 ) mathematical morphology is one of the new subjects studying the structural feature of digital image morphology and fast parallel processing technique. the structural analysis and feature extraction is made by morphological transformation in object image
7 、數學形態學是研究數字影像形態結構特徵與快速并行處理方法的理論，是通過對目標影像的形態變換實現結構分析和特徵提取的。 -
Parallel processing technique deals with many aspects. it includes hardware technique, parallel architectures, parallel operating system, parallel languages, parallel compiler, parallel software, parallel algorithm, etc. but the current international situation is that the development of parallel algorithm is far more behind other architectures. the most dominating appearances are the lacks of corresponding software, the rational distributing of tasks, the communications and the synchronization
雖然使用范圍很廣，但目前國內外的并行演算法應用研究明顯地滯後於其體系結構的發展，許多方面尚處于探索階段，技術上還不是很成熟，其中最主要的表現就是配套軟體的欠缺，任務合理分配的問題和通信與同步的問題。 -
Firstly, it summarized the basic conceptions of image compress processing, parallel processing technique and parallel algorithm briefly. then it emphasized on the network parallel computing environment and logp model of parallel computation. at last, this paper described the methods of developing parallel algorithm and applications through the designing, analyzing, optimizing, and implementing of digital image coding parallel algorithm, include intra - frame coding, inter - frame coding, entropy coding, etc
本文概述了并行處理技術和圖像壓縮技術；並詳述了并行演算法、圖像壓縮演算法的基本概念和模型；著重討論了網路并行logp模型及并行計算的開發環境；並通過fft并行編碼演算法、 dct并行編碼演算法、幀間運動估計和補償的并行演算法、遊程并行編碼演算法等圖像壓縮編碼處理的并行演算法的設計、分析、優化及模擬實現，較全面、形象地展示了并行演算法的開發方法及其應用。 -
It summarizes the basic conceptions of image compress processing, parallel processing technique and parallel algorithm briefly. then it emphasizes on the network parallel computing environment and logp model of parallel computation. this paper describes the methods of developing parallel algorithm and applications through the designing, analyzing, optimizing, and implementing of digital image processing parallel algorithm, include fft algorithm, wavelet transform, medium filtering, binary image algorithm etc
本文概述了并行處理技術和圖像壓縮技術;並詳細闡述了并行演算法及圖像處理演算法的基本概念和模型;詳細討論了網路并行logp模型及并行演算法的開發環境;並進行了fft并行編碼演算法、小波并行編碼演算法，中值濾波，圖像二值化等圖像處理的并行演算法的設計與分析。 -
Finally discusses several class different multi - dsp extended architecture based on vvp platform. chapter 3 analyzes the significance of dynamic reconfiguration of multi - dsp parallel processing system, introduce run - time reconfiguration technique of fpga. with comparison of the common used dynamic communication network in parallel processor system, proposes the new dynamic reconfigurable multi - dsp system architecture based on run - time reconfigurable fpga
第三章分析了多dsp并行系統體系結構動態可重構的意義，介紹了fpga動態配置技術，比較了現有的一些多處理器動態互連的設計實現方法，在此基礎上，提出了利用局部動態重構fpga技術設計實現實時動態可重構多sharc功能系統的新方法。
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