shared-time control 中文意思是什麼
shared-time control
解釋
分時控制-
As the requirements of its function, a bus control interface board has already been designed. also the paper have provided the scenarios demonstration for the bus control interface board ( bcib ), the design for the protocol of communication, the hardware for bcib, the software for bcib, and the software for the processor ' s communication. while the analysis for the capability of real - time and the calibration and test for subsystem have been also finished. during the design, the system advanced ability, reliability, resources availability and the cost - efficency ratio are considered. the issus such as system integrated control, mutual exclusion of the shared storages, generation of handshaking signal and system self - test were resolved
本論文主要對航空自衛系統的綜合化方式進行了深入研究，並按其功能等方面要求，對航空自衛系統綜合化總線通信模塊進行了設計，主要完成了總線通信模塊方案論證、通訊協議設計、總線通信模塊硬體設計、總線通信模塊（ bcib ）軟體設計、處理機通信軟體設計、實時性分析、系統調試、試驗等項工作，在設計過程中，綜合考慮了系統先進性、資源利用率、費效比及可靠性等因素；重點解決了系統綜合控制方式、共享存儲器互斥、握手信號產生及系統自檢測等問題。 -
The traditional ethernet based on shared communication channels is not suitable for hard real - time control systems. a maths model of collision in the ethernet is provided and several technologies are adopted to make the ethernet real - time
針對傳統共享型以太網難以勝任控制中硬實時要求的問題，建立以太網碰撞沖突模型，並提出一些確保以太網在工業控制中實時性的措施。 -
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。 -
A new control system based on windows os for horizontal cold chamber die casting machine mode " j11280 " is designed. by analyzing the windows 9x os principle and j11280 ' s performance demand, it resolves the real - time control and device - dependence problem. using multi - thread, dll, shared - memory and activex technology enhance the efficiency and performance
將windows操作系統引入j11280型臥式冷室壓鑄機控制系統中，通過分析windows系統的運行機制和壓鑄機的性能指標，解決了控制系統的實時性和設備相關性問題，使用多線程、動態連接庫、共享內存及activex技術提高了系統的效率和健壯性。
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