四余度容错管理算法的设计与实现
사여도용착관리산법적설계여실현
Design and Implementation of Fourfold Redundancy Fault-tolerant Management Algorithm
  • 万方数据
    电子技术 전자기술
    ELECTRONIC TECHNOLOGY
    2013年 12期 7-9,4 ,共4页

    梁争争%左清清%郑毓琦%吕浩

    량쟁쟁%좌청청%정육기%려호

    四余度%容错计算机%高安全性 四餘度%容錯計算機%高安全性
    사여도%용착계산궤%고안전성
    fourfold redundancy%fault-tolerant computer%high-security
    利用余度技术可以很好地提高控制系统的任务可靠性。余度设计的关键技术就是余度管理策略和方法，系统的容错能力主要是通过余度管理来实现的。文章详细描述了四余度容错计算机实现余度管理算法的设计思路。采用这样的设计使得系统结构紧凑，在保证实时性的同时提高了系统任务可靠性和安全性。
    이용여도기술가이흔호지제고공제계통적임무가고성。여도설계적관건기술취시여도관리책략화방법，계통적용착능력주요시통과여도관리래실현적。문장상세묘술료사여도용착계산궤실현여도관리산법적설계사로。채용저양적설계사득계통결구긴주，재보증실시성적동시제고료계통임무가고성화안전성。
    Making use of redundancy techniques can well improve the mission reliability of control system. The key technique of the redundancy design is the strategy and method of redundancy management, and the fault-tolerant capability of control system is mainly realized from redundancy management. The article describes in detail the design ideas for fourfold redundancy fault-tolerant computer to realize redundancy management algorithm. This design makes system structure compact and enhances mission reliability and security of the system while guaranteeing real-time.
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