集中控制網路 的英文怎麼說

中文拼音 [jízhōngkòngzhìwǎnglù]
集中控制網路 英文
centralized-controlled network
  • 集 : gatherassemblecollect
  • 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...
  • 網 : Ⅰ名詞1 （捕魚捉鳥的器具） net 2 （像網的東西） thing which looks like a net 3 （像網一樣的組織或...
  • 路 : 1 （道路） road; way; path 2 （路程） journey; distance 3 （途徑; 門路） way; means 4 （條理） se...
  • 集中 : concentratecentralizefocusamassgroupmassingput togather
  • 控制 : control; dominate; regulate; govern; manage; check; cybernate; manipulate; encraty; rule; rein; c...
  • 網路 : 1. [電學] network; electric network2. （網） meshwork; system; graph （指一維復形）; mesh
  1. In chapter one, we ' ve briefly introduced field bus, the advanced industrial control network. contrapose to the problems exsist in field bus, we ' ve discussed the application and status of industrial ethernet in chapter two. combined with the development of ethernet, in chapter three, we ' ve brought forward a kind of ethernet structure and a design project for ethernet controller, the key equipment in ethernet. we ' ve also analysed how to resolve the uncertainty of the traditional ethernet which affected its industrial application. in chapter four we ' ve talked about how to realize network management system based on snmp and web technology, which includes its structure, function and programming model. we ' ve discussed the technology of ethernet integrating with other network in chapter five, which consisted of both integrating with information network and control network. in the last chapter we ' ve analyzed the application project of ethernet in control field through practical case

    第三章結合以太網技術的發展提出了一種以太控制網路的體系結構和其中的關鍵設備? ?嵌入式以太網控制器的設計方案，還對傳統以太網中影響其在工業控制上應用的「非確定性」問題的解決辦法作了分析。第四章討論了基於snmp協議和web技術的網路管理系統的實現，包括結構、功能和編程模型。第五章討論了工業以太網和其他網路的集成技術，分為與信息網路和控制網路集成兩方面，最後一章通過實例來分析以太網在控制領域的應用方案。
  2. In this scheme, ethernet is applied to infranet, and opc technology is used to data acquisition from local control unit. socket communication and java applet technology are used to realize real - time data exchange. according to the design project of hydro power remote monitoring and control system, a remote monitoring experiment system is designed in this thesis

    論文以水電站自動化改造項目為背景，設計了中小型水電站的遠程監控系統，提出了基於web的中小型水電站遠程監控系統的具體硬體結構方案和軟體的整體設計思路，控制網路採用工業以太網，實現了控制網路與信息網路的融合，應用opc技術進行數據採集，使用javaapplet和socket通信技術解決遠程實時通信問題。
  3. Under distributing fault centralizing mode ， constucting the mathematic mode of distribution network based on the theory of structure variable dissipated network. structure variable dissipated network is a new algorithm which can actualize distribution automation efficiently

    在配電網採用故障集中控制模式下，通過簡化的配電網模型，以變結構耗散網路理論為基礎建立配電網的數學模型，並在此模型下實現配電網饋線故障區域定位的功能。
  4. This technology not only ensures high working speed, but also prevents the appearance of different versions of the same file. this enables on - demand printing with good management of network resources, helping those businesses to provide individualized services to their own customers

    這就為真正實現高速列印提供了保證，同時，這也便於集中控制，避免同時存在一種表格的多個版本，真正實現科學地利用管理網路資源進行按需列印，並幫助行業用戶為其客戶提供高質高速並具個性化的服務。
  5. At the beginning of design, the central controlling communicating tragedy was taken, navigation, localization, control, user communication, routing, routed and wireless resource management of whole network are all controlled by the network controller

    系統設計之初，採用集中控制的通信策略，全網的導航、定位、控制以及用戶間的通信都由網控節點進行路由和無線資源分配管理。
  6. Based on polymerization reaction of the nylon - 6 rubberized cord fabric production of distributed control system in yangzhou organic chemical plant computer integrated manufacturing system ( yh - cims / dcs ), the multiple stepwise regression method was used to build the statistic mathematical models of the molecule weight and the monomer quantum of casting slice belt. then the optimization model of polymerization reaction was presented, which was solved by using simulation annealing algorithm to obtain the best techniques parameters. the improved hybrid genetic algorithm and back propagation algorithm are combined to train neural network, brought out the neural network prediction model of casting slice belt ' s average molecule weight to guide the technologist on - line

    提出了流程工業生產過程操作優化策略和應用實施方法，包括生產過程離線優化策略、非線性問題求解策略、在線優化模型及學習策略；結合揚州有機化工廠計算機集成製造系統集散控制系統（ yh - cims dcs ）的實施，針對錦綸? 6浸膠南京理工大學博士學位論文摘要簾于布生產中己內酚胺聚合反應過程優化控制這一工程實際問題，採用統計建模方法，建立了聚合反應過程的優化模型；為求解所得的優化模型，提出了種改進的有約束條件下的模擬退火演算法，該演算法能避免陷於局部最優解，有效地提高了所求解的全局性和可靠性：提出了基於改進的ga演算法和sp演算法相結合的混合學習演算法，建立了基於神經網路的聚合反應過程生產目標在線預測模型，該演算法和模型滿足了生產中的實時性和實用性要求。
  7. Firstly, this paper makes a detailed study on the field control bus system ( pcs ), including the characters of pcs by comparing fcs and dcs, model networking of pcs and several popular field bus, then put forward a question for discussion combining embeded internet technology and field bus and measure and control networking model based embeded internet technology is constructed. secondly, it studies embeded system including the core of hardware ? mbeded microprocessor and real time operation system. thirdly, the method of realizing embeded internet is discussed for emphasis, and difficulty of ehernet application in industry measure & control system is analysed. an instance of measure & control networking system based embedded ip is given. finally, the author designed a networked remote video surveillance system based embedded web server, c / os - ii is sacled and ported into the embedded microprocessor at89c51. based on the c / os - ii rtos, tcp / ip protocol suite and application program is designed in detail. the system w orks well that improves that the embedded internet technology will be widely used in modern measure & control networking system and has extend values

    本文首先分析了現場總線系統（ fcs ）與傳統集散控制系統（ dcs ）相比具有的特點、 fcs的網路體系結構，介紹了幾種流行的現場總線，提出了將嵌入式internet技術結合現場總線構建現代測控網路的課題；在此基礎上，構建了基於嵌入式internet技術的測控網路結構模型；深入研究了嵌入式系統的核心硬體?嵌入式微處理器，通過對比普通操作系統，描述了嵌入式實時操作系統的特點；重點研究了實現嵌入式internet的四種實現方法，並分析了以太網在工業測控系統中應用的難點，給出了一個基於嵌入式ip的網路測控系統實例；最後，研究與設計了一個基於嵌入式web服務器的遠程網路視頻監控系統，該嵌入式web服務器利用目前成熟的嵌入式實時操作系統c / os - ，通過對c / os -進行適當的裁剪、修改與移植，在at89c51嵌入式微處理器上實現了tcp / ip協議棧及應用程序，系統的成功運行證明了本文研究成果的有效性，也表明嵌入式internet技術在現代測控網路系統中具有廣闊的應用前景和推廣價值。
  8. It developments and follows the advantages of traditional instrument control system and computer central control system and make up for their disadvantages so that it is applied in oil, chemistry, mineral, electricity, silk, food and water est. with its new frame, modern technology, complex information and unique control mode. it has become mainstream in process control system

    它繼承和發展了常規儀表控制系統和計算機集中控制系統的優點，又彌補了它們各自的不足，以嶄新的結構體系、先進的技術面貌、復雜的信息處理功能和獨具風格的控制方式應用於石油、化工、治金、電力、紡織、造紙、食品和水處理等各個工業生產領域，已經逐步成為過程式控制制系統發展的主流，它的優點在於網路結構簡單，且通信電纜少，布線容易，節省材料和費用，減少了維護工作量。
  9. It is one of the most important works to run economically in today and future. the system of electric control automation in zhao zhaou is open, it bases on the net of rs485 bus control and centrally manages substation by control the main machine. the system controls the run parameter of electric equipment and the run environment by using the computer measure, communication and automation technology, it can realize measure, communicate, control and allocate in the remote area, transmit data and control through collect data and automatic count parameter

    肇州縣電力調度自動化系統是以rs485總線工業現場控制網路為基礎，通過監控主機對變電站進行集中管理的完全開放式系統，該系統綜合了計算機、測量、通訊和自動化的專業技術來監控電力設備的運行參數、監控運行環境，通過對輸變電線路及設備的交流電壓、電流的數據採集，自動計算出功率、電量、功率因數、頻率等參數，實現四遙：遙測、遙信、遙控、遙調及數據傳輸和監控功能。
  10. This updated universal monitor is the compound of a flow meter, a pollution treatment facility operation recorder, a pollutant indicators " collector and a adapter of general monitors, which is characteristic of intellectualization, networking and functional modularization with the modern techniques relevant to microprocessor, data communication and control network

    它是採用先進的微處理器、數據通信技術口控制網路技術，實現了智能化、網路化、功能模塊化，並集監測儀表中的流量計、污染處理設施運行記錄儀、污染指標數據採集儀、適配器於一體的新型環境監測通用儀表。
  11. Secondly, the operation instructions of the control network technique in the integrated batch control system are carefully explained, especially the details of the ethernet network

    深入研究了控制網路技術在綜合化、集約化間歇控制系統中的應用方法，特別分析了工業以太網的性質和特點。
  12. Chapter 2 discusses the characteristics of ethernet, then introduces a kind of priority control method into ethernet that makes its feasibility in industrial automation network. at last we conclude that issues that prevent ethernet from being used hi real time control environments have now been resolved. its presence at the control level will facilitate the information integration from sensor level to management level

    第二章論述以太網的特點，將一種優先級控制引入以太網，討論它在工業控制網路中的可行性，指出隨著以太網在確定性、速度和優先法則等方面性能的進一步提高，阻礙以太網應用於實時控制環境的難點即將被解決，它應用於現場設備控制層是控制網路發展的趨勢，將會極大地促進信息從傳感器到管理層的集成。
  13. In this paper, we take several filament winding equipment as the monitoring control objects, which are developed by institute of filament winding composites equipment of wuhan university of technology. after providing the collective structure of network monitoring control system, some related technology is explored and researched. the main tasks undertaken in the papers are as follows : ( 1 ) construct of monitoring control network

    本課題以武漢理工大學復合材料纏繞裝備研究所研製開發的纏繞裝備為監控對象，在提出了網路監控系統總體結構的基礎上，對這些設備實現了網路互聯、集中控制，視頻監控以及數據交換，並設計開發了相應的監控軟體，從而建立了一個現場設備級的網路監控中心，其主要研究內容有： （ 1 ）監控網路的構建。
  14. The deployment manager controls the synchronization of configuration settings for an entire cell of clustered servers in a network deployment topology

    Deployment manager控制網路部署拓撲中整個集群服務器單元的配置設置的同步。
  15. In the irrigation the water works are remote and scattered, therefore means of signals communication and network structures must be taken into account in the water measurement system

    在灌區中要進行集中控制管理，滿足管理現代化的要求，還應考慮用合理的通訊方式和網路結構將各個測站聯成網路，建立供水計量監控系統。
  16. Then the useful ways are analyzed by which they can obtain technology, management and decision support in the process of operating the new model. its main content includes : ( 1 ) to achieve the finance integration based on the information standardization and reorganization of information systems on numerical campus with " all - in - one card " ; ( 2 ) to make overall budget management and control and establish a centralized system around finance within intranet systems ; ( 3 ) to get a dynamic capital control with an intensive financial center in order to improve their efficiencies and avoid possible risks ; ( 4 ) to build a performance evaluation and decision support system and help managers make better decisions by assessing and comparing their operational process

    然後從四個方面較為深入地探索了使高校財務管理迎接挑戰，實現新模式運作的技術支持、管理與決策支持的實施途徑，具體包括：實現財務業務一體化，即通過數字化校園及校園「一卡通」的建設實現校園信息的標準化和高校管理信息系統的整合；實現高校全面預算管理和控制，通過網路財務系統的建設，實現以預算管理為核心的財務集中管理；實現高校資金動態集中控制，即通過集約型資金管理結算中心的建設，達到對資金動態集中管理、提高資金使用效益、有效防範資金風險的目的；建立績效評價和決策支持系統，即通過績效測評、比較和分析，把脈高校運營和管理，支持領導決策。
  17. The actual application shows that this embedded ethenet system can provide multimedia devices with network central control system with availability and promise it communication capability fully. in conclusion, some problems of this system are indicated faithfully

    系統應用表明，利用單片機嵌入tcp / ip協議棧的嵌入式系統應用於網路集中控制設備具有很大的方便性，能夠充分保證網路通信的性能。
  18. Peer - to - peer ( p2p ) network technology can nicely solve these problems which existing network is facing with. so, p2p become the focus of attentions. at the same time, peer - to - peer network is yet frail

    同時， p2p網路因為建立在傳統的網路之上並具有分散式非集中控制的特點，面臨著兩個亟待解決的主要問題:發現機制問題和安全機制問題。
  19. P2p technologies adopt a network - based computing style that neither excludes nor inherently depends on centralized control points

    P2p技術採用既不排斥也不完全依耐于集中控制點的基於網路的計算方式。
  20. Real - time supervise and conitol the pivotal heat - state of the heat - net local condol the othrs heatstaes, in order to reduce equipmenis invest, benefit to system expand and adjust the heat - stat at the most disadvantagous wreath road at mp time. " we present a cotltro1 plan for the concengation heat - supply systcm, which is " share equally of the heat quanity "

    本文中，根據我國的供熱現狀分析，採用了分散式的本地控制加集中控制的「柔性控制」系統，對熱網關鍵點實施實時監控，對其它環路及熱力站實施本地控制，從而減少設備投資，有利於系統擴展，對最不利環路熱力站的變化可隨時調整。
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