time sharing control 中文意思是什麼
time sharing control
解釋
時間分配控制-
Adapted to the requirements of high technology, cooperative action in battle and real - time information sharing in digitalized war, it puts emphasis research upon the key techniques of distributed heterogeneous data interoperation for military planning under network environment. using mts / com + mid - ware components, it realizes the distributed heterogeneous databases sharing, heterogeneous data interoperation and its process control in military battle planning
為適應現代數字化戰爭技術含量高、多兵種協同作戰要求高以及作戰信息共享的實時性要求高的特點，本文基於com dcom中間件技術，重點研究網路環境下面向軍事作戰規劃的分散式異構數據互操作技術，實現了軍事作戰規劃的分散式異構數據共享及異構數據互操作的過程規劃與控制。 -
Further, the access control of soft real - time tasks and the modification of cpu ' s time - sharing ratio according to the dropped deadline guarantees the qos demand of soft real - time task. therefore, it ensures that the tasks of hard real - time do not drop deadline, guarantees the qos demand of soft real - time tasks and does not starve common tasks
對軟實時任務控制其佔用cpu的時間比例可保證普通的分時任務不會饑餓，對軟實時任務採用接入控制並對其佔用cpu的時間比例按死線丟失的情況進行修正，從而保證軟實時任務的qos 。 -
In many areas of national defense and civilian, there are special requirements to the system, such as the control and management of multi - tasking, data sharing between multi - tasking and real - time communications
在國防和民用的許多領域，經常對系統有特殊的要求，比如對多任務的調度和管理、多任務間數據共享和實時通信等。 -
In this thesis, we realize the web - based rtu in telecontrol system for electrical railway systems by using new techniques of computer, communication, and existing the resources of super - speed fiber optic cable that we have already had. besides, we also realize the multi - receiver of the rtu real - time information and the consistency of the information ; the bottleneck problem of the communication and " information solitary island " can also be solved. improving the consistency and real - time performance of information transmission, sending all kinds of information more accurate, safety and faster to the places where the information is required and receiving permitted, realizing larger scope information sharing are all newly and highly anticipated projects in the area of supervise and control
最大程度的結合新型計算機通信、網路及軟硬體技術，利用目前已經具備的高速光纜通道資源，實現scada系統被控端基於web方式的廣泛聯網，可以解決rtu信息一發多收、一致性，通信瓶頸及『信息孤島』等問題，提高信息傳輸的實時性和一致性，把各種信息更加準確、安全、快速的送到所有需要並被允許的地方，實現更大范圍的信息共享，是目前監控領域的一個嶄新而又備受關注的課題，本文首先綜述了電氣化鐵道scada （電鐵scada ）系統的三大組成部分：調度端、被控端和通信通道的發展概況，闡述了傳統模式的電鐵遠動系統的弊端所在，接著提出了基於web模式的電鐵scada系統硬體結構設計。 -
The control core of the hardware platform is a single chip micyoco mcs - 51, and a time - sharing bus is used to switch the test point in analog experiment and to control the input and output of the digital experiment
本文所討論的硬體平臺的控制核心由mcs - 51單片機擔任，用分時總線控制模擬實驗測試點的切換和數字實驗的輸入輸出。 -
This intelligent search agent system can control the content that tbt relevant websites upgrade in real time, download tbt effective information of the dynamic change accurately, offer the prompt sharing data for early warning agent system
該系統具有實時監控tbt相關網站更新的內容，準確下載動態變化的tbt有效信息，為預警agent系統提供及時的共享數據。 -
Time sharing control
時間分配控制 -
The main task of software is to detect the real zmp position for organizing layer, carry out the compensation algorithm of key joint and realize time - sharing control of multi motors. the two layers communicates through can bus
軟體部分主要完成組織層的zmp實際位置檢測和關鍵關節補償演算法，執行層的多電機分時控制，兩層通過can總線實現通訊。 -
Furthermore, the control rules of servomotor are investigated. the time - sharing control of multi motors and velocity smooth control are realized
對微型伺服電機的控制規律進行研究，實現多電機的分時控制和速度平滑控制。 -
It differentiates hard real - time, soft real - time and best - effort applications and supplies different applications for cpu ' s bandwidth according to their own policy. hard real - time applications are executed with a priority because of its processing in real - time kernel. the control of time ratio shared by cpu for soft real - time tasks can keep general time - sharing task not to starve
Rt - linux能對硬實時應用提供較好的支持，本文對其進行剖析，並在此基礎上提出一種統一調度框架，該框架對硬實時，軟實時，以及盡力而為的應用進行區分，對不同的應用按一定的策略分配cpu帶寬。 -
At the same time, based on the analysis of object - oriented technology, the relation of every object of product configuration is expounded. by adopting the modeling thought regarding the process data and product configuration as the center and direction, the models of process data processing methods are built to realize the joint function of process data and consistency control of product data in product life cycle effectively. finally, the integration and sharing of product data resource in internet environment are also realized and the key technology is offered for realizing computer integrated manufacturing in enterprise
本文以實現工藝數據與產品設計數據、製造數據、采購數據等數據間的傳遞與集成為目標，在分析了工藝數據管理面向產品特性的基礎上，完成了對傳統工藝bom （ billofmaterials ）組織結構的擴展，構建了工藝bom與企業運作過程中其它bom間的映射關系模型；同時，在分析了面向對象技術的基礎上，詳細論述了產品配置各對象間的關系，進而，採用以產品配置為引導、以工藝數據為中心的建模思想，構建了工藝數據處理方法模型，有效實現了產品全生命周期中工藝數據的紐帶作用及產品數據的一致性控制，使產品數據資源在網路環境下達到了集成和共享，為企業實現計算機集成製造提供了關鍵技術。 -
The serial a / d transformation and the channel isolation technology are adopted. eight - channel parallel data acquisition and test data time - sharing storage are realized. verilog hdl ( hardware description language ) is adopted to design the vxi register - based interface circuit and control circuit of each channel
以fpga （ fieldprogrammablegatearray ）為控制核心，採用串列a / d變換器和通道隔離技術，實現了8通道并行採集和測試數據分時存儲功能，利用veriloghdl （ hardwaredescriptionlanguage ）設計vxi寄存器基介面電路及各通道的控制電路。 -
The operation principle of boost pfc converter was analyzed ; and the emulation model of boost pfc module under the average current control was set up. a novel method to sample synthetically the input current and output current was put forward in the text. this can realize the current sampling for the control of pfc and current sharing at the same time
分析了boostpfc變換器的工作原理，建立了基於平均電流控制的boostpfc模塊的模擬模型；提出了一種新穎的輸入輸出電流綜合採樣方法，可同時實現pfc控制和均流控制的電流采樣；建立了並聯系統的模擬模型；研究設計了基於平均電流法的並聯控制方案及實現電路。 -
Each part of the heterogeneous database has its own autonomy quality. at the time of realizing the data sharing, each database system have its own application characteristic, the integrality control and the security control still
異構數據庫的各個組成部分具有自身的自治性，實現數據共享的同時，每個數據庫系統仍保有自己的應用特性、完整性控制和安全性控制。
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