work flow control system 中文意思是什麼
work flow control system
解釋
工作流程式控制制系統-
The main research advances can be summarized as follows : ( 1 ) study the signal processing ' s performances and methods of homing torpedo system comprehensively, in order to setting up a corresponding mathematical models ; ( 2 ) analyze the ocean channel ' s effects on the work of homing system, then found some models such as target echo signal, noise ( including background noise, target radiating noise, etc ), ocean reverberation. according to them, simulate the array signal ; ( 3 ) the system structure, every function blocks composing are studied and founded thoroughly. then, discuss methods of signal processing in time domain and airspace domain ; ( 4 ) program the simulation software of torpedo ' s homing system according to the simulation models and flow charts, which connected with torpedo ' s control part
本文所作的主要工作及研究成果主要有以下幾個方面： （ 1 ）對自導工作過程中的信號與信息處理的基本理論與方法進行了較為全面的研究，為建立一個較為完備的自導模擬系統提供了理論基礎； （ 2 ）討論了自導系統工作過程中海洋通道對目標回波信號與目標輻射噪聲信號等的影響，建立回波信號的數學模型、環境場中的噪聲信號模型（包括海洋環境噪聲、目標輻射噪聲與魚雷背景噪聲等）與海洋混響模型，模擬產生了聲自導系統基陣接收到的回波信號與噪聲信號； （ 3 ）深入研究並建立了自導模擬系統的總體框架，給出各個具體功能模塊組成，討論了聲自導系統對信號的時域與空域處理，並結合模擬程序中陣列信號處理模塊，給出固定多通道波束形成的模擬實現過程； （ 4 ）根據系統的模擬模型與已建立的模擬流程圖編制了通用魚雷模擬器自導系統模擬軟體，通過網路與控制系統相連，組成完整的魚雷模擬器。 -
This methodology proposes a new classification to the constraints of production system, and provides the ideas of establishing work flow models based on system dynamics in order to reflect the influence of human factor on process flow, and exploiting the technique of process mining to trace and control the constraints
這一方法對現有的生產系統約束分類進行改進，將約束分為硬約束和軟約束，提出對不同類別的約束採取不同的解決措施；建立基於系統動力學的工作流模型，以反映人的因素對流程產生的影響，並採用過程挖掘技術實現對生產系統約束的追蹤、控制及改進。 -
Aiming at the design and implementation of the complex realtime control system, the thesis takes example for the intelligent manipulator, giving a structure of the hierarchical and distributed control system ( hdcs ) based on the realtime control system ( rcs ) module, advancing the analysis and design method based on the task decomposition for the complex control system, and raising to use the state transition diagrams to describe the work flow of every control task. besides, the thesis illustrates how to realize the state transition diagrams by the state tables. the state tables convert the state transition diagrams into computer language, like c + +, so as to complete the control task
本文針對復雜實時控制系統的設計與實現，以智能機械手控制系統為實例，給出一種基於實時控制系統rcs （ realtimecontrolsystem ，簡稱rcs ）模塊的遞階分佈控制系統結構；提出基於任務分解的復雜控制系統的分析與設計方法；提出用狀態轉換圖描述控制任務的實現流程，並由狀態表將狀態轉換圖轉化為計算機能夠處理的程序設計語言（如c + + ） ，以此實現整個控制任務。 -
In the unix environment, i develop work flow control subsystem, auto testing subsystem and other back system by pro * c
在unix環境下，採用pro * c語言開發了業務系統后臺服務中的工作流控制子系統。 -
After that, the building automation system ( bas ) is chiefly discussed, especially the control and work principles of air - conditioning control subsystem and work flow, charging mode and system frame of the car - parking subsystem are chiefly analyzed
然後，論文著重於樓宇設備自動化系統（ bas ）的分析討論，特別是深入地分析了空調監控系統的控制原理，工作原理；停車場管理系統的工作流程，收費模式和系統結構。 -
Its primary characteristic is the automation of processes involving combinations of human and it applications. the target of this technology is to increase efficiency, reduce operating costs, and improve enterprise management level and competence through realizing system flow controlling. this target is achieved by dividing work to defined mission and role, assigning related information and resource in order to harmonize activities in business process, and performing the mission according to some rules and procedure under watching control
應用工作流技術的目標是通過將工作分解成定義好的任務、角色，合理地調用和分配有關的信息及資源來協調業務過程中的各個活動，按照一定的規則和過程來執行這些任務，並對它們的執行過程進行跟蹤、監控，實現系統的流程式控制制，達到提高辦事效率、降低生產成本、提高企業生產經營管理水平和企業競爭力的目的。 -
The air traffic control complex ( atcx ), located at the centre of the airfield, is the nerve centre of the entire air traffic control system. some 330 air traffic controllers and supporting staff work around - the - clock to provide air traffic control services for the safe and efficient flow of aircraft movements within the hong kong flight information region ( fir )
位於機場中心位置的航空交通管制大樓（航管大樓）裝置了航空交通管制系統的核心設備。航管大樓內有約330名航空交通管制員及支援人員，提供24小時的航空交通管制服務，確保在香港飛行情報區內的航空交通既安全又具效率。 -
Set up & organize r & d plan & system & work flow, moreover implement & check & control
參與制定和組織研發計劃、制度和工作流程，並組織實施、檢查、監督和控制。
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