principles of computer and application 中文意思是什麼

principles of computer and application 解釋
計算機原理及應用
  • principles : 法則
  • of : OF ＝Old French 古法語。
  • computer : n. 1. 計算者。2. （電子）計算機；計量器。-ism 電子計算機主義〈認為電子計算機萬能等〉。-erite, -nik 計算機專家；計算機工作者。
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • application : n. 1. 適用，應用；運用。2. 申請，請求；申請表格。3. 勤勉，用功。4. 敷用；敷用藥。
  1. Abstract : this paper introduces the application of the single plate computer on the intell igent - controlled cooling system of the auto engines and its working principles are expounded

    文摘:介紹了單片機在汽車發動機智能控製冷卻系統中的應用，並闡述了智能控制的工作原理。
  2. Due to the unique, stable and live physiological properties of the iris and non - invasive to users, most stable and reliable for identification in practical applications of iris - based system, iris recognition is receiving extensive attention and becoming an active topic in biometrics. as an application - oriented research project, iris recognition integrates mathematic, computer science, optics, electronics and physiology etc. based on wavelet transform, aimed to improve the recognition performance, centered at wavelet - based iris feature representation and pattern classification, we review and explore the iris sequence image quality assessment, iris image pre - processing, iris recognition performance evaluation and several other linked topics. we mainly investigate on the principles and application methodology of wavelet transform for iris feature representation and iris pattern classification methods

    以小波變換技術為基礎，結合圖像處理和模式識別方法，設計並開發了虹膜圖像採集裝置，建立了虹膜識別演算法測試實驗平臺;重點研究了虹膜識別中的小波變換的應用基礎理論與關鍵實現技術;提出了基於小波局部模極大值的虹膜特徵表示及其多重匹配識別、基於小波多尺度信息的一維和二維虹膜紋理特徵量化表示、基於小波過零點技術的虹膜特徵表示及其規范化的部分hausdorff距離匹配識別，這三類方法能夠有效地提取虹膜特徵;基於自建的演算法測試平臺，對上述三類方法和其他三種國內外比較有影響的基於小波變換的虹膜識別方法進行了定量的性能比較和評價，通過實驗數據分析得到了有意義的結論;最後指出了小波變換技術在虹膜識別領域的研究重點與發展方向。
  3. Lastly, according to correlation theoretics of advanced education and application theoretics of computer multimedia technology, the paper researched and empoldered college physical experiments " multimedia textbook. on the base of abundant investigation and practice in practical work, some research and development principles about multimedia textbook were concluded, and the basic frame of college physical experiments " multimedia textbook was constructed. and thereinto, five multimedia experiments such as measuring electrostatic field with simulation method, michelson interferometer, measuring the tensility of liquid surface, air cushion navigation experiment, and drawing lissajous figures were empoldered

    最後，論文根據高等教育的相關理論和計算機多媒體技術的應用理論，開展了「大學物理實驗」多媒體教材的研究與開發工作，並在大量調查研究和研發實踐的基礎上，歸納出多媒體教材的研發原則，構建起「大學物理實驗」多媒體教材的基本框架，同時研發了「模擬法測靜電場」 、 「邁克爾遜干涉儀」 、 「氣墊導軌」 、 「液體表面張力的測定」以及「李薩如圖形」等五個實驗內容的多媒體教材。
  4. The program is designed to provide a thorough grounding in the theoretical principles and knowledge of information retrieval, its transfer, its processing and application. it remains committed to systematic education as an education for high - level researchers and doers, who have particular interests in the area of electron, communication, computer, automation, optical information and information sensing. students with good command of english and personality of innovation can prepare for any professional role they might choose ? research, design, integration, practice in information technology industries, research, institutes, universities, the professions and other community groups

    培養德、智、體、全面發展，具有系統、扎實的理論基礎和在信息的獲取、傳遞、處理及應用等方面具有較寬廣的專業知識、較強的英語語言能力和實踐動手能力，良好的人文素質和創新精神，並在電子、通信、計算機、自動化、電子信息、光信息和信息傳感專業領域中的一個或兩個方向具有特色，畢業生能在信息技術產業、科研部門、高等院校及相關領域從事信息科學與技術的研究、設計、集成及開發等方面工作的高級研究性及應用性人才。
  5. Knowing well basic theory and specialty knowledge including instrument, electro - technics and electronics, automated technology, principles of sensor, software and hardware design of computer, measuring signal process, technology and application of computer, networks technique, theory of measurement and control, design of measuring and control instruments, etc, gaining excellent basic training in engineering practice

    本專業培養的學生應掌握儀器儀表學、電工電子學、自動化技術、傳感器原理、計算機軟硬體設計、檢測信號處理、計算機技術與應用和網路技術、測量與控制理論、測控儀器設計等方面的基本理論和基本知識，受到較好的工程實踐基本訓練。
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