traffic signal control 中文意思是什麼

traffic signal control 解釋
交通號志控制
  • 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...
  • signal : n 1 信號，暗號；信號器。2 動機，導火線 （for）。3 預兆，徵象。adj 1 暗號的，作信號用的。2 顯著的...
  • 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. Through the pedestrian crossing traffic signal control to comply with the provisions of signal through no traffic signal control of the crossings, it should be noted vehicles, not chasing mengbo

    通過有交通信號控制的人行橫道，須遵守信號的規定；通過沒有交通信號控制的人行橫道，須注意車輛，不準追逐、猛跑。
  2. Terminology of urban traffic signal control system

    城市交通信號控制系統術語
  3. Hybrid control based on q - learning for urban traffic signal

    學習的城市交通信號燈混雜控制
  4. Overtaking. besides, this thesis also presents fuzzy - based multi - phase intelligent signal control strategy according to the deficiencies of present traffic signal control system and the research of fuzzy traffic signal control, this signal control strategy focuses on the single junction signal control problem, though imitating the ways of traffic police managing the traffic, it has the ability of intelligent phase changing and controlling in the light of the real traffic flow, the simulation result shows : in two - and multi - phase conditions, the average vehicle delay is reduced by 15 % and by 27 % compared with the general fuzzy control method

    此外，本文還根據目前交通信號控制方法的不足以及現有的運用模糊控制技術進行交通信號控制研究上的欠缺，提出了基於模糊控制的多相位智能擬人信號控制策略，該控制策略以單交叉口的信號控制為研究對象，通過模擬交通指揮者實際進行交通控制的特點，使控制系統能實時根據各相位車輛的多少進行信號的智能控制，模擬結果表明：與普通模糊交通信號控制方法相比，在兩相位與多相位的模式中可分別減小平均停車延誤平均15和27 。
  5. Specification of suitable urban road traffic signal control mode

    城市道路交通信號控制方式適用規范
  6. Application of sequential function chart on traffic signal control system

    順序控制流程圖在交通燈自動控制系統中的應用
  7. 4. we use the fuzzy neural networks ( fnn ) theory to solve the real time region traffic distributed control problem. at each intersection, we set an intelligent controller which dynamicly manages phase sequences, phase switch, signal cycle and split

    每個交叉口設置一個模糊控制器，該控制器根據它自己和相鄰交叉口的交通流信息對相序、相位切浙江大學博士學位論文換、信號周期和綠信比進行動態管理。
  8. Alleviate congestion by reducing bottlenecks through the use of traffic signal control, speed control, lane control and ramp control systems

    運用交通訊號管制車速管制車道管制及斜道車流管制系統，減少樽頸路段，從而紓緩交通擠塞的情況。
  9. Alleviate congestion by reducing bottlenecks through the use of traffic signal control, speed control, lane control and ramp control systems. these will help maintain constant speeds and improve the overall flow of traffic over the entire road network

    運用交通訊號管制、車速管制、車道管制及斜道車流管制系統，減少樽頸路段，從而紓緩交通擠塞的情況。這樣便可維持穩定的車速，令整個道路網路的整體交通更加暢順。
  10. That would be beneficial to hong kong s transport system. these applications include driver information systems to provide up - to - date traffic information and route guidance to drivers, automated tracking, dispatch and weigh - in - motion systems to improve the productivity of commercial and public transport fleets, and a combination of traffic signal control, speed control, lane control and ramp control systems to help alleviate congestion

    這些應用項目包括為駕駛者提供最新的交通資訊及路線指引的駕駛資訊系統；可增加商業及公共運輸車隊生產力的系統、功能包括自動追蹤、發送及途中磅重等；以及結合交通燈號控制、速度管制、行車線控制、斜道車流管制等系統，以紓緩擠塞。
  11. These applications include driver information systems to provide up - to - date traffic information and route guidance to drivers, automated tracking, dispatch and weigh - in - motion systems to improve the productivity of commercial and public transport fleets, and a combination of traffic signal control, speed control, lane control and ramp control systems to help alleviate congestion

    這些應用項目包括為駕駛者提供最新的交通資訊及路線指引的駕駛資訊系統可增加商業及公共運輸車隊生產力的系統功能包括自動追蹤發送及途中磅重等以及結合交通燈號控制速度管制行車線控制斜道車流管制等系統，以紓緩擠塞。
  12. ( 2 ) develop an urban microscopic traffic simulation system, which involves vehicle generation model, network model, traffic regulation model, signal control model, vehicle action model, route choice model and intersection turning model. ( 3 ) realize and research the method that signal cycle and phases are assigned by the traffic need. when vehicles od is known, this method can be used to decide the maximum traffic capacity of signal - controlled intersection and the evaluation reference of current control method

    模型中充分考慮了鄰道車輛對駕駛行為的影響及駕駛員的反應延遲，使模型更符合真實情況； （ 2 ）開發了城市微觀交通模擬系統：該系統包括車輛產生模型、路網模型、交通規則模型、信號燈控制模型、車輛行為模型、路徑選擇模型、路口轉向描述模型； （ 3 ）在模擬應用中實現並研究了信號燈周期及其相位按交通需求動態分配的方案，提出該項模擬可用於確定在已知od下，信號燈控制路口的最大通行能力，並可作為現有控制方案的評估依據。
  13. Intelligence traffic signal control of multiphase on city crossings

    城市路口多相位智能交通信號控制
  14. A study on phase regulation of traffic signal control based on petri nets

    網技術的交通信號相位調節研究
  15. Dynamic traffic signal control

    動態交通號志控制系統
  16. Traffic signal control

    交通號志控制
  17. Method for traffic signal control at multi - phase intersections based on fuzzy logic

    一種基於模糊邏輯的多相位交叉口信號控制方法
  18. Design and stability analysis of the adaptive fuzzy controller for traffic signal control

    交通信號自適應模糊控制器的設計及穩定性分析
  19. Dynamic user - optimal assignment model of road network with traffic signal control at its intersections

    動態交通分配擁擠機理分析與對策的重要途徑
  20. By enclosing the traffic signal control technique and analyzing the characteristic of traffic movement with subjecting the traffic conflicts in the intersection, this article has introduced a principle for traffic signal control design

    本文緊緊圍繞交通信號控制技術，從平面交叉口的交通分析著手，研究了交叉口的交通沖突，並由此引申出交通信號控制的設計原則。
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