N Fault-Tolerant Sender-Based Message Logging for Group Communication-Based Message Passing Systems

机译：用于基于组通信的消息传递系统的N个基于容错发件人的消息记录

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All the existing SBML protocols have the limitations that they cannot tolerate concurrent failures in common. In this paper, we identify the exact reasons why they unavoidably have their incapability with the assumption of reliable FIFO unicast-only networks and present an effective SBML protocol to overcome this shortcoming without any abandonment of SBML's strength by using the inherent positive feature of group-based communication networks assumed generally in this literature. This protocol satisfies the requirement by replicating the log information of a message sent to a group, separately assigned by each process, into volatile storage of other processes executing the same distributed application together. Therefore, even if only one process in a group survives at a time, our protocol can progress the execution of the entire system without stopping and restarting it.

机译：现有的所有SBML协议都有其不能容忍并发故障的局限性。在本文中，我们确定了在可靠的FIFO单播网络假设下它们不可避免地无法实现其功能的确切原因，并提出了有效的SBML协议来克服这一缺点，而不会通过利用组固有的积极特性来放弃SBML的优势。这些文献中普遍假设的基于WLAN的通信网络。该协议通过将发送给每个进程分别分配给组的消息的日志信息复制到一起执行同一分布式应用程序的其他进程的易失性存储中，来满足该要求。因此，即使一次只有一个进程幸存下来，我们的协议也可以继续执行整个系统而无需停止并重新启动它。

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来源
《IEEE International Conference on Computational Science and Engineering;IEEE International Conference on Ubiquitous Computing and Communications;International Conference on Frontier of Computer Science and Technology;International Symposium on Pervasive Systems, Algorithms, and Networks》|2014年|1296-1301|共6页
会议地点 Chengdu(CN)
作者
Jinho Ahn;
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作者单位

Dept. of Comput. Sci., Kyonggi Univ., Suwon, South Korea;

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原文格式 PDF
正文语种 eng
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关键词
fault tolerant computing; message passing; system monitoring; SBML protocol; distributed application; group communication-based message passing systems; group-based communication networks; log information replication; n-fault-tolerant sender-based message logging; reliable FIFO unicast-only networks; system execution; volatile storage; Computer crashes; Fault tolerance; Fault tolerant systems; Protocols; Receivers; Unicast; group communication; message logging; message passing systems; n fault-tolerance; rollback rec;

机译：容错计算;消息传递;系统监视; SBML协议;分布式应用程序;基于组通信的消息传递系统;基于组的通信网络;日志信息复制;基于n容错的发送者的消息记录;可靠的FIFO仅单播网络;系统执行;易失性存储;计算机崩溃;容错;容错系统;协议;接收器;单播;组通信;消息记录;消息传递系统; n容错;回滚记录;

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专利

1. Enhanced Sender-Based Message Logging for Reducing Forced Checkpointing Overhead in Distributed Systems [J] . Jinho AHN IEICE transactions on information and systems . 2021,第9期

机译：基于增强的Sender的消息记录，用于减少分布式系统中的强制检查点开销
2. Scalable Sender-Based Message Logging Protocol with Little Communication Overhead for Distributed Systems [J] . Jinho Ahn Parallel Processing Letters . 2019,第2期

机译：基于可扩展的Sender的消息记录协议，具有分布式系统的微量通信开销
3. Lightweight Consistent Recovery Algorithm for Sender-Based Message Logging in Distributed Systems [J] . Jinho AHN IEICE transactions on information and systems . 2011,第8期

机译：分布式系统中基于发件人的消息记录的轻量级一致性恢复算法
4. N Fault-Tolerant Sender-Based Message Logging for Group Communication-Based Message Passing Systems [C] . Jinho Ahn IEEE International Conference on Computational Science and Engineering;IEEE International Conference on Ubiquitous Computing and Communications;International Conference on Frontier of Computer Science and Technology;International Symposium on Pervasive Systems, Algorithms, and Networks . 2014

机译：N基于故障的基于事件的消息记录基于组通信的消息传递系统
5. A recovery scheme for cluster federations using sender-based message logging. [D] . Tallam, Lakshman Prema Saichand. 2009

机译：使用基于发送者的消息日志记录的集群联盟的恢复方案。
6. Message Passing and Metabolism [O] . Thomas Parr 2021

机译：消息通过和新陈代谢
7. Virtual Sender-based Message Logging for Large-scale Ubiquitous Sensor Network Systems [O] . Jinho Ahn 2015

机译：基于虚拟发送器的大规模普适传感器网络系统消息记录

N Fault-Tolerant Sender-Based Message Logging for Group Communication-Based Message Passing Systems

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