Using Consistency Management Protocols Over a Communication Management Protocol

J. Henriet
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Abstract

In collaborative environments, sharing notion is everywhere. Concurrency management protocols become very important. We have defined the Chameleon protocol which allows us to obtain a dynamic management of the collaborative architecture on the one hand, and on the other hand, we have improved our consistency management protocol and rendered it optimistic: the Pilgrim and the Optimistic Pilgrim. The originality of the Chameleon is to allow the virtual topology to be reconfigured dynamically Pilgrim protocol and its optimistic version Optimistic Pilgrim protocol manage shared data consistency over our CSCW platform. They are based on a token over a logical ring of sites and ownership mechanisms: each shared parameter has one site which is its owner. Nevertheless, problems may appear when one site becomes inactive according to the Chameleon. Indeed, if this site is the owner of a shared parameter according to one of the versions of the Pilgrim protocol, there may be ownerless shared parameters. Consequently, we have studied and analyzed the cases in which that kind of problem may occurs through a coloured Petri net model. Thus, all the protocols have been modified in order to work well together
在通信管理协议上使用一致性管理协议
在协作环境中,共享概念无处不在。并发管理协议变得非常重要。我们定义了变色龙协议,它一方面允许我们获得协作体系结构的动态管理,另一方面,我们改进了我们的一致性管理协议并使其变得乐观:朝圣者和乐观的朝圣者。变色龙的独创性在于允许动态地重新配置虚拟拓扑,其乐观版本的Pilgrim协议在我们的CSCW平台上管理共享数据一致性。它们基于站点和所有权机制的逻辑环上的令牌:每个共享参数都有一个作为其所有者的站点。然而,根据变色龙,当一个站点变得不活跃时,问题可能会出现。实际上,如果根据某个版本的Pilgrim协议,该站点是共享参数的所有者,则可能存在无所有者的共享参数。因此,我们通过有色Petri网模型研究和分析了这类问题可能发生的情况。因此,为了更好地协同工作,所有的协议都被修改了
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