arithmetic debugging 中文意思是什麼

arithmetic debugging 解釋
運算調試
  1. This d format can show the range of the data intuitively and express the real time data, which improves the speed and precision of svpwm arithmetic greatly. the ratio of carrier wave is increased and the blend of current is reduced, as a result the performance of the system is ameliorated. this thesis project has finished the debugging of the ac motor control system, and the result shows that hardware and software of the designed system is in reason

    在實現svpwm演算法的匯編程序中採用了一種新型的d定標法對標幺化的數值進行定標,這種d定標法能直觀的表示數值的大小范圍,可以實時的對數值進行定標,提高了svpwm演算法執行的精度和速度,增加了逆變器的載波比,減少了電流諧波,因而改善了交流變頻調速系統的性能。
  2. This theses mostly studied a series of arithmetic of image preprocessing, image segmentation and image matching for image data, referring to advance image processing technique overseas at present. regarding the real - time image measurement system as the tool for debugging, it finds appropriate arithmetic to process real - time image and applies them to actual hardware equipment. the system has higher precision and more real - timely

    本論文參考當前國外先進的圖像處理技術,研究了圖像數據的預處理、圖像分割、圖像匹配等主要演算法,並以實時圖像跟蹤測量系統作為硬體調試平臺,比較出適合實時圖像處理的演算法並將其應用到實際的系統硬體設備中,使準確性更高,實時性更強,解決了實時圖像處理在4對比度下的目標探測問題。
  3. The system proves that the control arithmetic is available and valid during the debugging and the working

    樣機系統的調試和工作證明該演算法是可行和有效的。
  4. The main features and applications of the lfmcw radar in the radar altimeters, automotive highway monitoring systems, warship navigation systems and other areas are reviewed first. based on the relevant research results, the liquid level measurement system are researched, included system design, the selection and computation of important parameter, the research of signal processing arithmetic, the development of hardware, the software realization of arithmetic and the debugging of signal processing system. the main research work and results can be summarized as follows : 1

    本文首先介紹了lfmcw雷達的特點以及應用,分析了液位測量雷達的測距原理以及距離解析度的影響因素,然後重點研究了lfmcw液位測量雷達系統設計考慮關鍵因素,完成了lfmcw液位測量雷達系統的設計方案和指標論證,提出了該雷達系統差拍信號處理演算法,並編寫軟體實現了該演算法,然後利用開發板實現了信號處理樣機,對信號處理演算法進行了驗證。
  5. At last but not the least, the software and the hardware of the passive acoustic localization dsp system is dissertated emphatically, including the choice of chip, design of the circuit debugging of the hardware, design of the software and the realization of arithmetic

    最後,論文重點論述了基於dsp的被動聲定位硬體系統的設計與實現。包括整個系統的晶元選擇、電路設計、硬體調試以及軟體設計、演算法實現,並驗證了軟硬體的正確性。
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