High usable self-healing Logic box fault detecting and tolerating method for constituting multi-machine system

A multi-machine system and fault detection technology, applied in the computer field, can solve the problems of high cost and complex load balancing algorithm, low node task processing efficiency, and large network traffic attached to the system, so as to eliminate broadcast or multicast messages and load The effect of equalizing algorithm simplification and application algorithm simplification

Inactive Publication Date: 2006-03-01
XI AN JIAOTONG UNIV +1
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Problems solved by technology

[0004] In order to overcome the above-mentioned deficiencies in the prior art, the object of the present invention is to provide a highly available self-healing logical ring fault detection and tolerance method for building a multi-machine system, so as to eliminate the performance bottleneck and scalability problems of the master-slav

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  • High usable self-healing Logic box fault detecting and tolerating method for constituting multi-machine system
  • High usable self-healing Logic box fault detecting and tolerating method for constituting multi-machine system
  • High usable self-healing Logic box fault detecting and tolerating method for constituting multi-machine system

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[0037] The accompanying drawings are specific embodiments of the present invention;

[0038] Below in conjunction with accompanying drawing, the content of the present invention is described in further detail:

[0039]a) Organize all (or some) host nodes in the multi-machine system or all (or some) related host nodes in the subsystem into a logical virtual loop, the specific method is as follows - for each host in the multi-machine system The node sets a unique logical identifier, that is, an ID number, and establishes a mapping relationship between the network address and ID number of each host node; each host node in the system first determines two numbers based on its own ID number ID_left=Neighbor_left(ID,N) and ID_right=Neighbor_right(ID,N), where Neighbor_left(ID,N)=(ID-1)mod N, Neighbor_right(ID,N)=(ID+1)mod N (or is Neighbor_left(ID, N)=(ID+1) mod N, Neighbor_ringht(ID, N)=(ID-1) mod N), the parameter N is the number of host nodes to be organized into the logical virt...

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Abstract

An automatic fault detecting and allowing method of high usable multicomputer system includes forming a logic virtual closed loop by member nodes in multicomputer system , realizing distribution mode of fault discovery through ring detection mechanism , realizing automatic fault isolation through logic ring self - healing mechanism , realizing system high usability through ring data back - up mechanism and ring task taking over mechanism , realizing system automatic restoration through ring task migration and logic ring self - healing mechanism , realizing on - line dynamic expansion and contraction of system processing ability through self - healing and task redistribution mechanism.

Description

technical field [0001] The invention relates to the field of computer technology, and relates to a multi-computer system scalable self-healing logic ring fault detection and fault tolerance method, in particular to a self-healing logical ring fault detection and tolerance method for building a multi-computer system with high availability. Background technique [0002] High availability refers to the property that the system can continue to provide application services when software or hardware components in the system fail, which is usually achieved by configuring redundant components in the system. If some components in the system fail, after the system detects the failure, its backup component will take over the work of the original component and continue to provide external services. A highly available system usually consists of two or more nodes, which are directly or indirectly connected through an interconnection network. [0003] In the prior art, the high availabili...

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Application Information

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IPC IPC(8): H04L12/437H04L12/24
Inventor 伍卫国刘爱华董小社杨文贵胡雷钧王恩东王守昊
Owner XI AN JIAOTONG UNIV
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