traffic control system 中文意思是什麼

traffic control system 解釋
交通管理系統
  • traffic : n 1 交通,(人、車、船、飛機的)來往;交通量;運輸;運輸量;運輸業;旅客,貨物。2 交易,貿易 (in...
  • 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...
  • system : n 1 體系,系統;分類法;組織;設備,裝置。2 方式;方法;作業方法。3 制度;主義。4 次序,規律。5 ...
  1. The fractional - order control system 、 the theory of fractional - order pi ~ d ~ and analysis method of stability are first discussed. then the model of network traffic control system and its stability are introduced

    文章首先介紹了分數階控制系統、分數階pi ~ d ~控制器的原理和穩定性分析方法,接著給出了基於farima的網路擁塞控制系統模型。
  2. Farima ( p, d, q ) model can describe the nature both of shot - time relations and of long - time relations. through the research of fractional calculus, it is found that farima ( p, d, q ) model is essentially a fractional differential, so network traffic control system is a fractional control system

    通過對分數階微積分的研究,發現farima ( p , d , q )過程實際上是一個分數階微分模型,因此網路擁塞控制系統是一個分數階控制系統。
  3. As a member of the team researching and developing the new generation of atc ( air traffic control ) system ( named mrd2k - jh ) for chinese air force, the author devotes his energies in the work of fdp ( flight data process ). this thesis first introduces what is atc system and the present status of atc systems in china, then sets forth the design and structure of the new mrd2k atc system, based on the research and adjustment to the actual environment, essential technical points of fdp are presented in detail : the interface of traffic telegram and decoding algorithm : in this part, the application interface of eicon x. 25 card for mrd2k is introduced, and then the realization of a decoding algorithm based on context - free grammar is described in detail, which replaces the traditional method that decoding each telegram using a corresponding subprogram

    本文基於我國新一代軍航空中交通管制( airtrafficcontrol )系統mrd2k - jh的研製開發過程,首先介紹了空中交通管制系統的概況和現狀,然後從建立空管自動化系統的角度闡述了mrd2k的詳細設計和系統結構,接著結合作者參與的系統重要部分飛行數據處理( flightdataprocess )的工作,在進行了大量深入研究和與實際環境相切合的基礎上,針對其中的諸多技術細節,提出了經實際驗證富有效用的解決方案。
  4. To facilitate the long - term development of the civil aviation industry, we will earmark about 3. 1 billion to replace the existing air traffic control system and build a new headquarters for the civil aviation department on the airport islan d

    為促進民航業的長遠發展,我們會預留約31億元,更換現時的航空交通管理系統,以及在機場島興建民航處新總部。
  5. Review on hong kong s air traffic control system, ( 2342001 )

    香港航空交通管制系統檢討( 2342001 )
  6. In view of the problems existing in air traffic control system that there are many types of tracking information and quality of the information is not consistent with time segments technique, a new algorithm, which is based on data of multi - types sensors is presented of time normalizing - extrapolating for data time - alignment

    摘要針對空中交通管理中的多種類型航跡信息以及信息質量不一致等問題,採用了聚類的時間片技術,提出一種基於多類型傳感器數據信息的時間歸一化外推數據對準演算法,融合航跡數據,提高了航跡信息的一致性和準確性。
  7. Traffic control system separates and organises the traffic flow in time and traffic flow guidance system, which is another key subsystem of its, separates the traffic in space

    為適應交通信號數量的增多,交通信號控制結構經歷了集中控制、分層遞階控制、分散式控制的發展過程。
  8. Harbor traffic control system

    港口交通管理系統
  9. The article brings forth a reasonable traffic consuming module to coordinate the game relationship and improve road network efficiency, that is, the optimized or almost optimized status of the system and customer - optimized status with traffic information lacking could come into fact when the traffic governor allot traffic flow based on system equilibrium principle, take passenger ’ s path choosing behavior into consideration and take the preponderant advantages to make the traffic flow at optimized or almost optimized status through traffic control system and guidance system

    本文提出了一種有效協調二者關系,建立合理的交通消費模式,以提高路網效率的解決方案:當交通管理者以系統最優的方法進行交通流分配時,應預先考慮用戶的路徑選擇行為,利用其信息優勢和主導地位通過交通控制和交通誘導使交通流接近或達到系統最優狀態,同時實現出行者信息缺乏狀態下的用戶最優。
  10. To earmark 3. 1 billion to replace the existing air traffic control system and build a new headquarters for the civil aviation department

    撥款31億元,更換航空交通管理系統和為民航處興建新總部。
  11. Urban traffic control system utcs

    都市交通控制系統
  12. Architecture of expressway traffic control system based on multi - agent

    基於多智能主體的高速公路控制系統結構
  13. The article will have a deep discussion about the comprehensive module of traffic control system and traffic guidance system as well as user equilibrium and system equilibrium principle. in the intelligent traffic system, traffic governor hope to allot traffic flow by system equilibrium principle while passengers could only choose appropriate paths by use equilibrium principle based on traffic information. the two principles are different with conflicting game relationship

    在城市交通控制與誘導一體化智能交通管理系統中,交通管理者希望按系統最優原則分配交通流,出行者在根據誘導信息選擇路徑時卻只可能遵循用戶最優原則,目標不同,二者是有沖突的博弈關系。
  14. The research on discrete event systems ( des ) is begun in the 1980 ' s. with the rapid development of information techniques, computer science and robotics, lots of manmade systems have appeared in communications, manufacture, traffic and military affairs. the flexible manufacturing system ( fms ), communication network, aerodrome traffic control system and military c3i system are the typical examples of manmade systems

    離散事件系統( des )的研究興起在八十年代初期,隨著信息處理技術、計算機科學和機器人技術等的發展完善和廣泛應用,在通信、製造、交通管理、軍事指揮等領域相繼出現了一些反映技術發展方向的人造系統,其典型的例子如柔性生產線或裝配線、大規模計算機和通信網路、空中或機場交通管理系統、軍事指揮中的c ~ 3i系統等。
  15. The typical des includes the manufacturing system ( especially fms and cims ), system scheduling, communication network, traffic control system, random service system and computer operating system and so on. the research aim of des is two - fold : one is to provide tools for performance analysis, the other is to offer supervisory control methods for des

    從本質上講,這類系統是一個人造系統,典型的有製造系統(尤其是柔性製造系統fms 、計算機集成製造系統cims ) 、系統調度、通信網路(系統) 、交通控制系統、隨機服務系統、計算機操作系統、軍事上的c _ 3i系統等。
  16. One of the reasons is to allocate additional provision for procuring specialised stores and spare parts for the maintenance of the air traffic control system and the acquisition of aeronautical communication services for enhancement of flight safety

    1 % ) 。原因之一是需要額外撥款以采購保養航空交通管制系統的特別用途物料和零件,以及增添航空通訊服務以加強飛行安全。
  17. The paper studied the angent - based traffic control system, put forward the agent - based traffic control system framework and the agent ’ s calculation model, analyzed the integration of traffic control system and road pricing technique, dynamic information collection system, built the integrated model of traffic control and traffic flow guidance, simulated the integration effect based on cellular automata. the paper involves six chapters : chapter one : introduction. it summarized the development process of urban traffic control technology and put forward the future direction of traffic control : intelligence and integration

    交通信號控制系統與道路定價技術、動態信息採集系統、交通流誘導系統等智能交通子系統的集成已成為研究熱點,本論文在總結交通信號控制與道路定價技術集成、與動態信息採集系統集成的研究成果基礎上,提出了交通信號控制與可變信息顯示交通流誘導系統集成的數學模型,並基於元胞自動機對集成效果進行了模擬。
  18. For recent ten years, with the rapid development of economy in our country, there is a significant growth of air traffic. the original air traffic control system cannot satisfy the increasing traffic day by day

    近十年來,隨著我國經濟的高速增長,空中交通量顯著增加,原有的空中交通管制系統已經不能滿足日益增長的交通量需求。
  19. Transport department awards contract for telecom services for area traffic control system

    運輸署批出區域交通控制系統電信服務合約
  20. This research addressed an urban traffic intelligent control system, which adopts a multi - agents coordination in urban traffic control to coordinate the signal of adjacent intersections for eliminating the congestion of traffic network. an agent represents a signal intersection control, and multi - agents realize coordination of multiple intersections to eliminate congestion. based on recursive modeling method and bayesian learning that enables an agent to select his rational action by examining with other agents by modeling their decision making in conjunction with dynamic belief update. based on this method, a simplified multi - agent traffic control system is established and the results demonstrate its effectiveness. it is very important for its

    本文中提出一種城市交通智能控制系統,針對城市交通網路中相鄰交叉口的交通流可能相互沖突,即局部交通流的優化可能引起其他區域交通狀況的惡化的問題,採用多智能體協調控制方法來協調相鄰交叉口處的控制信號消除網路中的交通擁塞.提出以一個智能體的方式實現一個信號燈交叉口控制,對多個信號燈交叉口形成的交通網路採用多智能體協調控制的方式實現網路流量優化來消除擁塞.文中提出由遞歸建模和改進的貝葉斯學習相結合的多智能體系統來使智能體可以確定其他智能體的準確模型並實時更新信息,並基於上述方法在簡單的交通網路模型上建立了多智能體交通控制系統,模擬結果表明了方法的有效性,對實現智能交通系統有重要意義
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