controlling subsystem 中文意思是什麼

controlling subsystem 解釋
控制子系統
  • subsystem : n. (系統的)分部;分體系,支系統。
  1. Aiming at the present design fashion of domestic bigger tunnel, simulating a bigger tunnel with catholic characteristic, confirming the parameters of traffic inducement and controlling ( tunnel length, traffic, the selection and location of detection equipments, amount of roadway indicative lamp, etc ) on the base of the analog tunnel, discussing the controlling and revulsive mode of tunnel. briefly discussing the constitution of tunnel surveillance and controlling system and the executive means of traffic controlling and inducement subsystem and network structure of tunnel controlling system. finally discussing the conformation of emulational tunnel ' s database and detailed executive program by programming the computer emulation of controlling induce subsystem

    論文圍繞「交通誘導與控制」這一中心展開,探討長大隧道交通誘導與控制設備及其控制誘導方式;結合國內外對交通流模型研究的成果,提出一套適合長大隧道交通流特點的交通流模型;並針對目前國內長大隧道的普遍設計方式,模擬一個帶有普遍性特徵的長大隧道,確定了關于交通誘導與控制方面的參數(隧道長度、交通量、檢測設備的選取和位置、車道指示燈的數目等) ;以此模擬隧道為基礎,進一步探討隧道的具體控制與誘導方式;簡要探討隧道監控系統的構成、交通控制與誘導子系統的實現方式,隧道控制系統的網路架構;最後通過編程實現控制與誘導子系統的計算機模擬,討論關于模擬隧道數據庫的構建,具體編程實現等。
  2. And the paper also gives a suggestion that the security problems be resolved through security socket layer ( ssl ), etc. finally, the paper makes a case study on the controlling system to build the infranet at the steel - making workshop at orient steel co. based on a subsystem - monitoring platform for the steel - making facilities designed by the author by using a controllogix plc of rockwell company and ifix of intellution company

    本文最後以東方鋼鐵公司煉鋼車間的工業控制系統為研究對象,結合作者利用ab公司的controllogix系列plc和intellution的ifix上位監控軟體來搭建上業控制網路組成現場監控模塊,設計了基於網際網路的遠程煉鋼車間控制系統。並進行了系統的應用分析與研究。
  3. As to the controlling subsystem of loading ore and mining calculating, through demonstrating the feasibility on three plans : supersonic detecting theory % active - echo detecting theory and photoelectric detecting theory, the supersonic detecting and controlling plane was chosen because of its superior performance, and the components of the system of supersonic detecting were introduced in detail

    對于裝礦控制和出礦計量兩個子系統,論證了超聲波測距原理、主動回聲理論及光電探測理論用於裝礦控制和出礦計量的可行性,選擇了超聲波探測、控制方案,進行了相應的配置。
  4. Tspdr is also used in the analysis of multi - swing instability in power system. the essential reason lies in the non - hamiltonian character in the controlling image subsystem. in classical models the primary effect comes from the incoherence in complementary clusters

    本文將tspdr方法論應用於電力系統多擺失穩現象的研究,電力系統多擺失穩的根本原因在於主導映象系統的非哈密頓特性,經典模型下起主要作用的是互補簇簇內的不同調性,它綜合反映在不平衡功率位置量曲線的非周期程度上。
  5. Now the emphasis is transferred to the design and implementation of memory system. before a deep discussing, some basic knowledge is introduced, such as the memory classification and hierarchy, address space, access controlling, cache, memory coherence, and the popular memory system implementation method. then the archteture of the target memory system is presented and divided into two subsystems, the virtual memory management subsystem and memory access subsystem, according to their function

    接下來本文將重點轉移到研究已定目標vliw處理器存儲系統的設計和實現,先對存儲系統設計涉及的存儲器及其組織層次、地址空間、訪問控制、 cache 、存儲一致性、常見的實現方式等因素作了分析,然後給出了目標存儲系統的總體框架,並按功能將其劃分為虛存管理和訪存兩個子系統。
  6. In the following virtual memory management subsystem design, after analyzing the hardware - software dividing line and cooperation in detail, four key issues of virtual memory manage subsystem design are discussed : the classification of processor operating mode, the partition of virtual space, the access controlling and the design of control coprocessor ( ccop ). a virtual manage subsystem prototype is then presented

    在虛存管理子系統設計的討論中,詳細分析了虛存管理中軟硬體的分工協作,深入研究並解決了虛存管理子系統設計的四個核心問題:處理器工作模式分類、虛地址空間劃分、訪問控制和控制協處理器設計,並在此基礎上給出了一個虛存管理子系統原型。
  7. The web - managing center for ctc domestic web - managing system includes user access subsystem, core handling subsystem, data controlling subsystem, web subsystem and net management subsystem, satellite interface subsystem and others

    神州天鴻民用網管系統包括陸地用戶接入子系統、核心業務處理子系統、數據管理子系統、 web子系統、系統及網路管理子系統、衛星介面子系統等部分。
  8. Under this technology background, this paper aimed at the problem of lack of data exchange standards in heterogeneous supervisor subsystem, proposed the idea that built industry information integrated platform based on xml and three - tier ( n - tier ) software architecture to share data, three hard points that were met in developing system included the realization of three - tier ( n - tier ) architecture, the data amalgamation in heterogeneous supervisor subsystems, and remote monitoring and controlling

    在這樣的技術應用背景下,本文將選取生產過程式控制制級的監控子系統間的異構問題作為研究對象,提出構建基於三層結構和xml的工控系統數據融合中間層軟體平臺的思想來實現數據共享。針對實現過程中的三大難點: 1分散式系統結構的實現, 2
  9. The routing or controlling routines of subsystem support services. this routine provides multitasking and control support, on a priority basis, for all subsystem support services functions

    子系統支持服務程序的路徑選擇或控製程序。此程序根據所有子系統支持服務功能的優先級提供多任務和控制支持。
  10. The main control console takes charge of communicating with users and controlling subsystems. the gps subsystem is used for receiving and disposing gps data. the gsm / gprs subsystem is used for communicating with the monitoring and dispatching center or others

    主控平臺主要負責與用戶進行信息交互,以便控制和管理整個車載導航系統; gps子系統用於接收和處理gps數據; gsm / gprs子系統用於和車輛監控中心或者第三方進行數據通信。
  11. The hardware subsystem of this device, with single - chip microcomputer at89c52 as the intelligent kernel, was constructed by the method of modularization ; and its real - time controlling software was designed with embedded assembly language

    該裝置的硬體分系統以單片機at89c52為智能核心,採用模塊化的方式予以構建;而其實時控制軟體則採用嵌入式匯編語言進行設計。
  12. Firstly, the paper introduces the background and actuality of the exploitation, tells the whole system based on the vision has four component : the decision - making subsystem, the vision subsystem, the wireless communication subsystem and the robot vehicle subsystem. then, the function, structure, controlling model and using method of the robot vehicle subsystem are introduced. the structure and familiar problems of the wireless communication subsystem are analyzed

    在對機器人足球的研究背景、現狀介紹的基礎上,對足球機器人系統的四個子系統? ?決策子系統、視覺子系統、無線通訊子系統和機器人小車子系統的組成結構及設計方法進行研究,討論了小車子系統的結構功能、控制模式和使用方法;對無線通訊子系統的組成結構和常見問題進行分析;詳細介紹視覺子系統的工作流程和mirosot比賽系統的視覺部分的操作方法;綜述介紹了幾種國際國內常用的決策子系統設計方法。
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