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An algorithm for supporting fault tolerant objects in distributed object oriented operating systems

机译:在面向对象的分布式操作系统中支持容错对象的算法

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This paper presents a new algorithm for supporting fault tolerant objects in distributed object oriented systems. The fault tolerance provided by the algorithm is fully user transparent. The algorithm uses checkpointing and message logging scheme. However the novelty of this scheme is in identifying the checkpointing instances such that the checkpointing time will not affect the regular response time for the object requests. It also results in storing the minimum amount of object state (object address space). A simple message logging scheme that pairs the logging of response message and the next request message reduces the message logging time by half on an average compared to other similar logging schemes. The scheme exploits the general features and concepts associated with the notion of the objects and object interactions to its advantage.
机译:本文提出了一种在分布式面向对象系统中支持容错对象的新算法。该算法提供的容错能力对用户是完全透明的。该算法使用检查点和消息记录方案。然而,该方案的新颖之处在于识别检查点实例,以使检查点时间不会影响对象请求的常规响应时间。它还导致存储最少数量的对象状态(对象地址空间)。与其他类似的日志记录方案相比,将响应消息的日志记录与下一个请求消息的日志记录配对的简单消息日志记录方案平均将消息记录时间减少了一半。该方案利用与对象和对象交互的概念相关的一般特征和概念来发挥其优势。

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