intelligent control and decision 中文意思是什麼

intelligent control and decision 解釋
智能控制與決策
  • intelligent : adj. 1. 理解力強的，有才智的，聰明的，明智的。2. （電腦等）智能型的。3. （大樓或辦公室等）由中央電腦系統控制其設施的。adv. -ly
  • 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...
  • and : n. 1. 附加條件。2. 〈常 pl. 〉附加細節。
  • decision : n. 1. 決定。2. 判決。3. 決議。4. 決心；決斷。5. 【美拳】（根據分數而不是根據擊倒對方做出的）裁判。
  1. The key technology of mpidss includes the distributed supported technology, the process control of cooperative working and the real - time control of the decision process, etc. based on the technologies of decision support system ( dss ), group decision support system ( gdss ) and distributed decision support system ( ddss ), with the theory of system engineering and artificial intelligence such as knowledge engineering, agent, etc, having the background of the items supported by the national 10th five - year plan foundation - the research on the technology of military programming intelligent decision support system, this paper focus its work on researching on the algorithm of mission decomposing and mission distributing, distributed support technology, real - time process control method and project evaluating technology, etc. further more, the architectural model of process control based on multi - agent alliance is put forward and the prototype system of mpidss is implemented

    這類決策問題與傳統的企業決策的不同點在於決策群體龐大、決策任務多且任務屬性各異、決策任務的求解具有實時性要求等。決策過程中的關鍵技術包括分散式支持技術、決策任務求解的過程式控制制技術以及實時任務的求解控制策略等。論文在繼承傳統的個體決策支持系統（ dss ） 、群體決策支持系統（ gdss ）和分散式決策支持系統（ ddss ）技術的基礎上，結合系統工程思想以及人工智慧中的知識工程、 agent等前沿技術，以總裝備部十五預研課題? ? 「群體決策支持平臺」為課題背景，深入研究了分散式多任務群體決策過程中的任務分解與分配演算法、任務協作策略、分散式支持技術、實時控制技術，決策方案評價技術等，提出了用於過程式控制制的多agent聯盟體系結構模型，設計和實現了面向軍事作戰規劃的智能決策支持原型系統。
  2. Consequently, the intelligent decision making ( idm ) problem is put forward in information processing, robot control, and experimental science, etc. that is, how the intelligent agent can make decision automatically to complete its mission

    在信息處理、機器人控制、實驗科學研究等領域中提出了智能決策的問題，即機器如何才能根據其所面臨的任務，自主地做出行為決策以實現其目的。
  3. From this point on the work has started at assessing the problems and controlling the efficiency of the poliergatics systems, elaborating intelligent devices for the traffic control systems and automatic decision - making in conflict situations, developing airspace systems information technologies, elaborating and optimizing air - navigation flight service in ukraine on the basis of satellite systems cns / atm

    現已開展的科研活動：多元系統的控制效率和問題評估，交通控制系統智能設備和沖突條件下自動決策研究，航空系統信息技術開發，以及基於衛星cns / atm通信系統的導航服務優化（烏克蘭）研究。
  4. Furthermore intelligent shift control thinking and method are introduced detailed, and the intelligence control of fuzzy neural network is led to construct the model of the speed control of engine, the model of decision of shift, the model of clutch joint velocity and the model of the whole amt gearshift, simulation is carried out

    詳細地描述了智能換檔控制的思路和方法，引入模糊神經元網路智能控制技術，構造發動機轉速控制模型、檔位決策模型、離合器接合速度控制模型及amt換檔系統模型，並進行模擬模擬。
  5. It fulfilled the transforming from point data to polygon data and created the field soil nutrient spatial distribution graphics using the different kinds of interpolation ways. it integrated soil test nutrition data, object yield obtained by historical crop yields of past years, fertilization model and expert knowledge to realize intelligent decision and make field fertilizer prescription. with the card ataflash, the prescription made by the system can be imported into the control computer of variable - rate fertilizer machinery and direct variable - rate controller to implement variable - rate fertilization

    系統實現了以下主要功能：應用不同的插值方法實現點狀信息向面狀信息的轉化，生成農田土壤養分空間分布圖；以土壤采樣測試分析數據作為土壤背景養分，並根據歷史產量及其他信息分析確定施肥所要達到的目標產量，通過集成施肥模型和專家知識實現智能決策，生成田間定位施肥處方；然後用ataflash卡導入到變量施肥機械控制計算機上，指導其田間變量作業。
  6. For solving the intelligent prediction and control issue of network congestion, the ai technology is introduced into the network management system, and the belief network modeling of telecommunication network congestion and corresponding decision network modeling are present

    本文以四川德陽、達川、宜賓電信網本地網管系統的工程為背景，將人工智慧技術引入網管系統，主要想解決網路阻塞的智能預測及控制決策問題。
  7. 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
  8. With the idea of the open engineering system, using the hail for workshop of metasynthetic engineering ( hwme ), intelligent control techniques, the expert system and the design of experiments are integrated within the framework of the nonlinear multi - objective decision support system to develop a robust, top - level design specification so as to make the system have the quality of adaptive control, self - organizing, self - learning and robustness

    該方法利用綜合集成研討廳體系，提出滿意解集概念，把控制模型、專家系統、智能控制技術、模擬程序和實驗分析綜合在非線性多目標智能協調系統的框架中，探索設計空間，形成一個開放的穩定的設計，充分體現了把生態工業系統設計成一個開放的工程系統的指導思想，並使這個設計系統具有自適應、自組織、自學習和魯棒性的特點。
  9. The main achievements are as follows : 1. in allusion to the characteristics of urban flood control and disaster reduction decision, such as urgent decision - making time, the imperfection and uncertainty of information needed, the theoretic framework of dss for urban intelligent flood control and disaster reduction is designed by using es, ann and gis based on flood control and disaster deduction dss. 2

    其主要研究內容和成果如下： 1 .針對城市防洪減災決策時間的緊迫性和決策所需信息的不完全性及不確定性等特點，在防洪減災dss基礎上利用人工智慧中的專家系統、人工神經網路和地理信息系統設計出城市智能型防洪減災決策支持系統的理論框架。
  10. By analyzing the contacting force error target track between the welding robot and workpiece, the basic control cells, characteristic model, multi - model control and multi - target decision - making rules of human - simulated intelligent parameter - adjusting level control of force sensing are established based on human - simulated intelligent running level control of force sensing in remote welding

    摘要通過分析遙控焊接過程機器人與工件接觸力誤差目標軌跡，在遙控焊接力覺仿人智能運動控制級控制基礎上，建立了遙控焊接力覺仿人智能參數校正級控制基元集合、特徵模型、多模態控制和多目標推理決策規則。
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