communication subsystem control 中文意思是什麼

communication subsystem control 解釋
通信子系統控制
  • communication : n. 1. 通訊，通知；交換；信息；書信，口信，通報。2. 傳達，傳授；傳播；傳染。3. 交通，交通機關；聯系，連絡（設備）。4. 【宗教】接受聖餐。
  • subsystem : n. （系統的）分部；分體系，支系統。
  • control : n 1 支配，管理，管制，統制，控制；監督。2 抑制（力）；壓制，節制，拘束；【農業】防治。3 檢查；核...
  1. In this paper, we have set up a telerobot system with force telepresence and video telepresence on basis of analysing telerobot system with telepresence in home and abroad. the system mainly comprises manual controller with force feedback, 4dof construction robot, electron hydraulic servo subsystem, bilateral servo control subsystem including position servo subsystem and force telepresence subsystem, video telepresence subsystem, wireless communication subsystem as well as all kinds of pressure and

    隨著社會的進步與經濟的發展，人們對搶險工作提出了越來越高的要求，具有臨場感提示的遙操縱機器人系統將在未來搶險作業、海底資源開發等領域中發揮重要的作用，並創造出重大的經濟效益與社會效益。
  2. It integrates : the building automation system ; the fire alarm system ; the wired television cctv control system and ; the ups system. the system adequately displays information for users requirements including subsystem and facility parameters, running status and alarm status via this platform. through the internal communication network, the system connects to the buildings office automation system, making information well sharing and inter - communicating and as well as promoting intelligent management capability

    該系統將bas樓宇自動化系統fas消防自動化系統cctv閉路電視監控系統ups系統等平等地集成到統一的綜合管理平臺上，通過該平臺將用戶關心的各子系統設備的運行參數運行狀態報警狀態等信息給予充分的展示同時，通過大廈內部的信息網路系統，與大廈oas辦公自動化系統集成，使得大廈內所有智能化系統信息充分共享與交互，使大廈的整體智能化管理等級得到提升。
  3. As the requirements of its function, a bus control interface board has already been designed. also the paper have provided the scenarios demonstration for the bus control interface board ( bcib ), the design for the protocol of communication, the hardware for bcib, the software for bcib, and the software for the processor ' s communication. while the analysis for the capability of real - time and the calibration and test for subsystem have been also finished. during the design, the system advanced ability, reliability, resources availability and the cost - efficency ratio are considered. the issus such as system integrated control, mutual exclusion of the shared storages, generation of handshaking signal and system self - test were resolved

    本論文主要對航空自衛系統的綜合化方式進行了深入研究，並按其功能等方面要求，對航空自衛系統綜合化總線通信模塊進行了設計，主要完成了總線通信模塊方案論證、通訊協議設計、總線通信模塊硬體設計、總線通信模塊（ bcib ）軟體設計、處理機通信軟體設計、實時性分析、系統調試、試驗等項工作，在設計過程中，綜合考慮了系統先進性、資源利用率、費效比及可靠性等因素；重點解決了系統綜合控制方式、共享存儲器互斥、握手信號產生及系統自檢測等問題。
  4. The first part introduces a neural - fuzzy controller based on rbf neural network with application to the course control of ships. the second part describes a design method for a data interface system, which is a subsystem of the project named integrated bridge system ( ibs ) sponsored by the chinese ministry of communication. the third part presents an energy - saving auto - explain & light control system used in museums

    本文由三部分組成：第一部分側重理論研究，提出了一種基於rbf網路的船舶航向神經模糊控制器的設計；第二部分側重計算機網路通訊，介紹了交通部重點項目「綜合船舶監控系統」數據介面子系統的設計；第三部分側重單片機應用，介紹了自動解說及節能燈光控制系統的設計。
  5. Gathering the subsystem data on board, conveying data through satellite communication and receiving and analyzing these data on shore can help ship company implement the supervision, control and management on shipping information at sea. meanwhile, these means can also offer data to the shipyard

    通過對船上子系統航海信息數據的收集，衛星通信的傳輸，岸上子系統的接收、分析，實現了船公司對在航船舶動態的監控和航運的管理，並可向造船公司提供船舶航行性能數據，以供分析。
  6. Then, the general composition and operation of the system is explained. a wireless remote measuring and remote control system includes for subsystems, which are central supervision station subsystem, wireless data communication subsystem, remote measuring subsystem and remote control subsystem

    然後論述了無線實時遙測遙控系統的一般組成（主控站子系統、無線通信子系統、遙測終端子系統和遙控終端子系統） 、工作原理以及系統的總體設計。
  7. In the third chapter, a new wireless data communication subsystem is designed, and it achieves higher speed than other ones. in the fourth chapter, the writer designed a new kind of remote measuring subsystem that consumes much lower power. in the fifth chapter, the engineering design of remote control subsystem is finished, and the reliability and security of the system is settled

    第三章論述了有關無線通信子系統設計的各個方面，突出解決了無線數據傳輸的速度問題；在第四章里設計了遙測終端子系統的軟硬體，較好地解決了降低功耗的問題；第五章從通用性的角度上，完成了遙控終端工程設計的主要任務以及控制軟體的設計，重點解決了系統的可靠性及安全性問題。
  8. This is a big complicated monitoring and control system, the article only discusses a part of the units, includes : the components of neutral beam injection and the requirements for monitoring and control system, the argumentation and selection of control scheme, the research of data acquisition system based on pci bus, the design and realization of hardware and software of dac, the means of concentrated data storage and management, the communication program design of subsystem under different mode and protocol. the last part gives some experiment system running data

    這是一個大型復雜的監控系統，本文只就其中的幾個單元的設計與實現展開討論，主要內容包括：中性束注入裝置的組成及其對監控系統的要求，監控系統控制方案的論證和選擇，基於pci總線的小型數據採集系統的研製，多功能數據採集卡的硬體和軟體的設計與實現，集中式數據存儲與管理的方法及其實現，多功能子系統之間在不同通信方式、不同傳輸協議下的通信實現及其程序設計。
  9. With the demand for high quality of electric energy is increasing ， as the most immediate part to the consumer ， distribution network ’ s efficient and reliable operation is very important as the result ， new distribution automation equipment with high performance is inevitable prime machine system ， as data collection and processing subsystem of dms ， provides communication of kinds of information between control center and rtus it ’ s reliability ， real ? time abilitv and stability affect the scada system directly to solve the disadvantage of the existing system ， whose channels are dependent ， a new proj ect of single board system is brought forward and its hardware and software are designed with high performance chip of communication ， independence of channels is realized basic function of system is realized ， and faster reposition and expansibility of the single chip is fully applied

    配電自動化通信前置機作為dms主站系統的數據採集與處理子系統，提供監控中心與遠方rtu之間各種可能信息的交換功能，其可靠性，實時性和穩定性直接影響scada系統的運行質量。本課題針對現有前置機各通信通道之間不相互獨立、穩定性低的固有問題，提出一種新式單板前置機系統，並對其進行了軟硬體設計，選用高性能專用通信處理晶元，實現各通道獨立，並在實現前置機基本功能的基礎上，充分發揮單片機相對于工控機的快速復位功能以及更好的可擴展性，實現了一個可靠、穩定、靈活的前置機系統。
  10. A control system based on mcs - 51 single - machine is designed to match the characteristics of the tilting control system of the tilting train. in this paper, the development of the tilting train is presented and the principle of it is described. the function and principle of all components of the tilting control system, such as detection subsystem, dictation subsystem, communication subsystem and tilting control subsystem are illustrated in the paper

    論文首先介紹了國外擺式列車的發展概況以及我國擺式列車發展的模式，對擺式列車的工作原理進行了說明，介紹了傾擺控制系統的各組成部分? ?檢測子系統、指令子系統、通信子系統以及傾擺作動子系統的功能及原理，提出了基於mcs - 51系列單片機的擺式列車傾擺作動子系統的設計方案。
  11. Finally the decision - making subsystem gives the output velocity of both wheels of the robot, and the real - time control is realized. on studying the robocup ' s decision - making subsystem of distributed control mode, it discusses the environment of the simulator match, the architecture of soccerserver and its work mechanism in details, which is very significant to theory research, including the important parameters of soccerserver, communication between soccerserver and clients, visual - audio and physical information of agents, etc. then it uses a client program to demonstrate the process of communication and how the sending command worked

    而在設計以robocup比賽為代表的分佈控制式決策系統時，首先對最具有理論意義的模擬比賽環境及soccerserver的結構和運行機制進行了詳細闡述和分析，包括： soccerserver中的重要運行參數、與client之間的通訊方式、球員的視覺、聽覺信息及體力的模擬模型等；接著編寫客戶端程序來清楚查看通訊信息和命令執行情況；最後給出帶狀態分類的決策系統演算法。
  12. The function and principle of all components of tilting control system such as detection subsystem, control subsystem and tilting actuation subsystem were illustrated in the paper. the design of the communication interface card between pc / 104 and the control network - lonworks was set forth in the paper. the design of interface program, data collection program, digital filter program and the interface program of network were described in detail in the paper

    本文具體闡述了傾擺控制系統的各組成部分：檢測子系統、控制子系統、以及傾擺作動子系統的功能及原理；描述了主控計算機（ pc 104 ）和控制網路（ lonworks ）之間的通信介面卡的設計；對傾擺控制系統的界面設計、數據採集程序、數字濾波程序和網路介面軟體設計進行了詳盡的分析；對傾擺控制系統的控制策略進行了模擬並對傾擺控制系統進行了靜態調試。
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