時序控制 的英文怎麼說

中文拼音 [shíxùkòngzhì]
時序控制 英文
sequence control
  • 時 : shí］Ⅰ名1 （比較長的一段時間）time; times; days:當時at that time; in those days; 古時 ancient tim...
  • 控 : 動詞1 （告發;控告） accuse; charge 2 （控制） control; dominate 3 （使容器口兒朝下 讓裏面的液體慢...
  • 制 : Ⅰ動詞1 （製造） make; manufacture 2 （擬訂; 規定） draw up; establish 3 （用強力約束; 限定; 管束...
  • 時序 : [地質學] sequence; sequential; time sequence; timing sequence; sequence in time
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  1. High precision ad chip is used for intermediate frequency data sampling and fpga of virtex - series is used for the implementation of intermediate - frequency orthogonal system, which includes the sequencing control design for mult - channel radar system with verilog, the application of ip core of digital filter and fifo, as well as the communication control module with dsp. as the master control part, the software programming for the communication between dsp and fpga is designed. the experimental result with hardware circuit shows the design is valid and practical

    採用高精度的adc晶元完成中頻采樣，通過virtex -系列fpga設計中頻正交系統，主要包括通過verilog語言實現多路雷達中頻接收的時序控制，通過濾波器ip核實現濾波器的設計，以及利用c語言實現dsp的通訊控製程序設計。並給出了fpga在資源和速度上一些優化的方法，調試過程中影響中頻正交接收性能測試的因素。
  2. The system ’ s construction and design proposal was introduced form every part of it the central controlling and system working flow was completed, the controlling of shb bus was realized

    3 、完成了基於fpga的系統總體時序控制和系統工作流程的設計與實現，實現了對shb數據傳輸總線的控制。
  3. This course deals with the following topics : models of manufacturing systems, including transfer lines and flexible manufacturing systems ; calculation of performance measures, including throughput, in - process inventory, and meeting production commitments ; real - time control of scheduling ; effects of machine failure, set - ups, and other disruptions on system performance

    本課程主要涉及下列主題：製造系統模型，包括生產線和柔性製造系統；工作指標的計算，包括生產能力、在制品庫存以及完成計劃的能力；實時時序控制；機器失效、安裝和其他中斷對系統性能的影響。
  4. In this paper we discuss mca circuit, the sequential logic for mca data collection, for the setting of the uld, lld and the gain of pga, as well as the combinational logic for decoding circuits of the computer interface, based on cpld

    本文詳細論述了利用cpld實現的脈沖幅度多道電路及其數據採集的時序控制邏輯、閾值設定和程式控制放大倍數設定的時序控制邏四川大學碩士學位論文輯、以及與計算機介面的譯碼電路等組合控制邏輯。
  5. The main works and results we have accomplished are as follows : 1 ) red - detuned locking of cooling / trapping laser to the cycling transition of cesium cooling has been accomplished by means of a double - passed acoustic - optical frequency shifting system and the technique of saturated absorption spectroscopy. the short - term residual frequency jitter is less than 350khz ; 2 ) automatic controlling system by computer programs has been established for laser cooling and trapping and cavity qed experiment. the laser and magnetic fields can be controlled by the acoustic - optical modulator and the electronic - controlled logic gate respectively

    具體如下： 1 ）採用了往返兩次通過的聲光頻移系統結合飽和吸收光譜技術的實驗方案，實現了冷卻俘獲激光頻率相對于銫原子冷卻循環躍遷的負失諧鎖定，短期頻率穩定度約在350khz以內，並可方便地調節其負失諧量而無須對后續光路再作調整； 2 ）建立了一套基於計算機程序控制的、銫原子激光冷卻與俘獲實驗所需的時序控制系統。
  6. Designs and manufactures heaters, sensors, controllers, software for process and thermal systems

    -研發生產時序控制器熱流道溫控器。
  7. Standard and non - standard hot runner system, dies, nozzles, valves style nozzles, streaming panels, temperature controls, timing controls

    熱流道模具噴嘴閥式噴嘴分流板溫度控制器時序控制器
  8. 5. realize the timing control between all the software modules, including interface modules. 6

    5 .用匯編程序實現了各模塊（包括介面部分）的時序控制。
  9. In the last part, signal quality is evaluated and pre - distortion calibration is applied to improve signal quality

    第三部分完成了信號源的系統控制，包括系統邏輯控制、介面邏輯、時序控制、地址計數等。
  10. It also explained how to assure the normal use of water in any circumstance by controlling the time and work condition of the circuit

    通過時序控制及設定電路的工作狀態，保證了在各種情況下均可正常使用自來水。
  11. The smt387 module changes the data ’ s format into which is applicable in fat32 file system, and it will finish the sata disk ’ s controlling

    採用fpga實現系統工作時序控制， smt387模塊完成fat32文件系統下的數據格式轉換和對硬盤的操作。
  12. Completed software loading as well as the debugging and analysis of all the modules, and then tested each software module, successfully realized the timing control and data transmission between modules

    6 .完成了軟體的加載，調試了各模塊的工作情況，並分析了其性能。對各軟體模塊進行了聯調，成功實現了各模塊間的時序控制和數據傳輸。
  13. Then the i / o interfaces for communicating with video compression subsystem and network subsystem were also designed. at the end of this chapter, some advice about hardware design was argued. chapter four focused on the realization of dsp software

    我們採用ti公司的tms320c6203b晶元作為系統核心並利用fpga實現主要的邏輯和時序控制，最後就硬體設計中所應注意的一些問題展開了討論。
  14. The function of the controlling system comprise time sequence control of rotating field, data collection and serial communication etc. it avails the automation of finishing process and the interface to other system by using micro - controller

    本文採用單片機來實現脈沖控制的旋轉磁場，實現的功能有旋轉磁場的時序控制、數據採集和通信等。採用單片機有利於加工過程的自動控制和與其它系統的介面。
  15. At the end the author discusses the real - time feature through analyzing the device driver. in the third chapter, the author provides the specification and general design structure for the control unit of mdsl. he discusses different communication types between the record unit and the control unit and provides methods of how to resave data from the record unit and replay local voice data rapidly

    控制單元要對記錄單元進行監測和控制，涉及到大量的網路通信，因此作者對網路通信的並發服務方式進行了歸納總結，深入探討了記錄單元和控制單元多種的通信實現方式，對控制單元系統初始化，控制單元與記錄單元交互的時序，控制單元的關鍵任務，數據轉存及語音數據的本機回放進行了細致深入的研究，並在文中給出了自己的演算法。
  16. Moreover, video control program to implement internal function of fpga is designed including video capture time sequence control, ping - pang frame buffer read and write time sequence control and lcd display time sequence control, and program ' s simulation and analysis is also provided. at last, this paper presents a portable iv ' s video processing system, and proposes three buffer strategy to control capture buffer. and a moving object detection algorithm of combing an adaptive background subtraction technique with a three - frame differencing is adopted

    設計了基於fpga系統結構的車載視頻顯示電路板；利用單片機io口模擬i2c時序，實現了視頻解碼晶元控制；利用fpga實現視頻控制，研究了採集通道時序控制、雙幀存ram讀寫時序控制及lcd顯示時序控制的方法，並進行了軟體模擬和分析；設計了車載視頻檢測系統方案，給出了管理採集緩沖區的三幀緩沖策略，採用綜合三幀差分和自適應背景相減的演算法實現運動檢測，連通體檢測去除虛目標，模擬實驗證明其有效性，同時分析了該演算法在dsp視頻檢測系統中的簡單實現方法。
  17. In order to reduce cost as low as possible, we use another novel method, designing timing circuit for lcd by fpga to control the display of lcd

    本文採用一種新的顯示控制方式:即直接用fpga產生lcd所需要的顯示控制時序，控制數據的傳輸和顯示。
  18. The computer mainly realizes the functions of long - range supervision and management and it includes : real time data communication, running state monitoring, history data save and print, error alarm, etc ; the industry computer system mainly compulish data acquisition and signal setting during the experiment and finish data storage and management ; the plc control system mainly accomplishes the on - off input and output, it accomplishes timing control, checks the status and carries the over - voltage and over - current protection ; except for acquiring experiment data, intelligent control instruments also have the function of errors diagnose and communication

    上位計算機的任務是實現遠程監測和管理，主要進行實時數據通信、運行狀態監視、歷史數據存儲與列印、故障報警等；下位工業控制計算機主要用於實驗數據採集和參數預置； plc控制系統主要完成開關量和部分模擬量的輸入輸出，實現系統運行的時序控制狀態巡檢和過載保護；智能監控儀器除獲取現場參數外，還具有故障之診斷和通信功能。
  19. A system for the weld power source was established with digital signal processor ( dsp ), and variable polarity power supply output, high - frequency pulse current, protection and process control were fulfilled with the software all, and modulate low frequency pulse current by means of amplitude modulation, through which it could also control the shape of weld seam like the low frequency pulse current welding

    在模擬控制器基礎上引入了dsp數字控制技術，用軟體編程實現了電源的變極性輸出、高頻脈沖電流的疊加及保護和電源的時序控制，使之能夠在大尺度上調制出低頻脈沖，控制焊縫成形。
  20. In this paper, the digital image real - time processing system was a very important part of fed driving circuit system. altera fpga chip was used to complete operation on reading and writing and timing control of fed image data. the image process algorithms mainly used gray - level transformation in the theory of image enhancement, and the algorithm realized luminance non - uniformity control, gray - level non - linear correction and automatic power control for fed

    本文設計的基於fpga技術的數字圖像實時處理系統是fed驅動系統中的重要組成部分，其核心部分採用了altera公司的fpga晶元，實現對fed圖像數據讀、寫操作和時序控制等，而圖像處理的演算法部分主要是利用圖像增強技術理論中的灰度變換方法，實現對fed的亮度非均勻性控制、灰度非線性校正以及fed的自動功率控制。
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