Group membership in asynchronous distributed environments using logically ordered views - Info and Reading Options
By Shridhar B. Shukla

"Group membership in asynchronous distributed environments using logically ordered views" was published by Naval Postgraduate School in 1992 - Monterey, Calif, it has 22 pages and the language of the book is English.
“Group membership in asynchronous distributed environments using logically ordered views” Metadata:
- Title: ➤ Group membership in asynchronous distributed environments using logically ordered views
- Author: Shridhar B. Shukla
- Language: English
- Number of Pages: 22
- Publisher: Naval Postgraduate School
- Publish Date: 1992
- Publish Location: Monterey, Calif
“Group membership in asynchronous distributed environments using logically ordered views” Subjects and Themes:
- Subjects: MESSAGE PROCESSING - DISTRIBUTED DATA PROCESSING - ASYNCHRONOUS COMPUTERS - COMPUTER COMMUNICATIONS
Edition Specifications:
- Pagination: i, 22 p. :
Edition Identifiers:
- The Open Library ID: OL25525254M - OL16905628W
AI-generated Review of “Group membership in asynchronous distributed environments using logically ordered views”:
"Group membership in asynchronous distributed environments using logically ordered views" Description:
The Open Library:
A group membership protocol ensures agreement and consistent commit actions among group members to maintain a sequence of identical group views in spite of continuous changes, either voluntary or otherwise, in processors' membership status. In asynchronous distributed environments, such consistency among group views must be guaranteed using messages over a network which does not bound message delivery times. Assuming a network that provides a reliable, FIFO channel between any pair of processors, one approach to designing such a protocol is to centralize the responsibility to detect changes, ensure agreement, and commit them consistently in a single manager process. This approach is complicated by the fact that a protocol to elect a new manager with a consistent membership proposal must be executed when the manager itself fails. In this report, we present a membership protocol based on ordering of group members in a logical ring that eliminates the need for such centralized responsibility. Agreement and commit actions are token-based and the protocol ensures that no tokens are lost or duplicated due to changes in membership. The cost of committing a change is 2n point-to-point messages over FIFO channels where n is the group size. The protocol correctness has been proven formally. Agreement, Asynchronous, Commit, Distributed, Failure, Group Membership, Logical Ring, Reliable Multicast, Token.
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