decoding machine 中文意思是什麼

decoding machine 解釋
譯碼機
  • decoding : 解解碼
  • machine : n 1 機（器），機械；機關，機構。2 印刷機器；縫紉機；打字機；汽車；自行車；三輪車；飛機；〈美俚〉...
  1. Decoding method based on the coreldraw for three - dimensional parallel nc carving machine

    軟體三維並聯數控雕刻機譯碼實現
  2. The frame picking - up, sum checkout and decoding techniques of nmea0183 information in software design are discussed. the frame picking - up program for nmea0183 information is designed based on the finite state machine theory

    研究了程序設計中nmea0183格式數據的幀提取、和校驗及解碼技術，基於有限狀態機理論設計了nmea0183格式數據的幀提取程序。
  3. It has been playing an important role in equipping all kinds of arms and services for campaigns, tactical exercises and emergent actions etc. based on the detailed analysis of the exchange ' s architecture and implementing, this thesis points out some disadvantages of the device, such as too many absolute components, not very high enough reliability and security, very large size and weight, operating and maintaining difficultly. considering low power requirement and man - machine interface optimizing design at the same time, the thesis come up with an integrated design scheme to the previous device based on " mcu + cpld / fpga architecture " : ( 1 ) signal frequency dividing, timing frequency producing, 20 customers " led states controlling are implemented in cpld ; ( 2 ) decoding, latching data and controlling signals are implemented in cpld by bus interface between mcu and cpld ; ( 3 ) chip selecting principles and mcu idle mode design are completed under the consideration of low power requirement ; ( 4 ) operation by chinese lcd menus is adopted in the man - machine interface

    本項目以該交換機為研究對象，在詳細分析原設備的系統結構和功能實現方式的基礎上，指出該機型在使用過程中存在技術相對陳舊、分立元件過多、可靠性和保密性不夠、體積大、重量大、維修困難等問題，同時結合系統的低功耗需求和優化人機介面設計，本文提出基於「單片機+ cpld fpga體系結構」的集成化設計方案：在cpld中實現信號音分頻和計時頻率生成電路、 20路用戶led狀態控制電路； cpld與單片機以總線介面方式實現譯碼、數據和控制信號鎖存功能的vhdl設計；基於低功耗設計的器件選型方案和單片機待機模式設計；人機介面的lcd菜單操作方式。
  4. The hardware system includes power supply circuit, clock reset circuit, jtag model building circuit, decoding circuit, memory interface circuit, man - machine interface circuit and numeric control constant - current source interface circuit

    硬體系統主要包括電源電路、時鐘復位電路、 jtag模擬介面電路，譯碼電路、存儲器介面電路、人機介面電路、 adc轉換電路和數控恆流源介面等。
  5. Can ds - 6168hd accuse of the board and machine case before offering vfd while decoding the board

    Sg - 6168hd解碼板能否提供vfd前控板及機箱
  6. 1. study of the clb bus protocol and the pvci protocol ; 2. the design of clb - pvci bridge architecture ; 3. the design of each functional module, include the state machine, the address decoding and peripheral ip selection module, datapath module

    Clb總線協議和pvci協議的研究； 2 clb - pvci橋總體結構的設計； 3各功能模塊的設計，包括狀態機、地址譯碼和外設ip選擇模塊、數據通道模塊； 4
  7. The performance of decoding algorithm has a direct impact on the quality and efficiency of translation. in this paper, studies are focused on the decoding algorithms of phrase and syntax - based statistical machine translation, respectively. according to the features of these models, efficient scoring strategies and heuristic functions are adopted and beam search algorithm is applied

    本文主要對統計機器翻譯中基於短語和基於句法的翻譯模型的解碼問題進行了研究，分別根據翻譯模型的特點採取有效的評分策略，選擇合理的啟發式信息，應用柱搜索策略，在不顯著降低譯文質量的同時提高解碼效率。
  8. Decoding algorithm plays an important role to statistical machine translation. the aim of decoding is to find the result with the highest score according to a given statistical ( translation ) model in the space of target words

    解碼演算法作為統計機器翻譯的重要組成部分，基本思想就是根據統計模型，在目標語言的詞匯空間內，查找評分最高的翻譯結果，其性能直接影響著最終譯文的質量和翻譯效率。
  9. Secondly, the bp call machine is used in the way of plug - in and plug - out, so that it can work as either a controller or just an information machine. the key problem for this benefit is to solve pocsag ' s decoder using mcu ' s program instead of decoding by special chip

    本設計能夠符合期望的性能價格比，同時達到「兩個兼用」的目標，即遠程控制和其他控制兼用一個微處理器；尋呼機兼做脫機單獨使用和聯機控制使用。
  10. At last, it gives the results of modifications. this paper gives some results as follows : ( 1 ) a practical system design of " i - radio machine " is provided ; ( 2 ) gui of linux is explored and realized by programming ; ( 3 ) the continuity of audio decoding is solved ; ( 4 ) the kernel and root file system of embedded linux are built ; ( 5 ) device driver of serial port and audio card are modified, so hardware are best supported

    本文得到了如下一些結果： （ 1 ）提出了一個實際可行的「 i - radio機」的系統分析設計方案； （ 2 ）對嵌入式linux的圖形界面進行了探索和編程實現； （ 3 ）解決了對音頻節目解碼播放的連續性問題； （ 4 ）構建了嵌入式linux的內核映像與根文件系統； （ 5 ）修改了串口與聲卡的驅動程序，更好地支持了所選擇的硬體。
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