神经元-广域服务发现基础设施

Hung-Chang Hsiao, C. King
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引用次数: 9

摘要

广域服务发现基础设施提供了一个存储库,在该存储库中,广域范围内的服务可以注册它们自己,并且各地的客户机都可以查询它们。我们将讨论如何基于点对点模型构建这样的基础设施。所提出的系统称为Neuron,可以在全球网络中的一组联合节点上执行,并聚合它们的资源来提供发现服务。神经元具有自组织、自调整的能力,能够容忍节点和通信链路的故障。此外,它还允许用任意形式描述服务,并将系统负载均匀地分配给节点。Neuron还支持事件通知。我们通过模拟来评估Neuron。初步结果表明,服务注册、发现和服务状态发布最多需要O(log N)个跃点完成。
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Neuron-a wide-area service discovery infrastructure
A wide-area service discovery infrastructure provides a repository in which services over a wide area can register themselves and clients everywhere can inquire about them. We discuss how to build such an infrastructure based on the peer-to-peer model. The proposed system, called Neuron, can be executed on top of a set of federated nodes across the global network and aggregate their resources to provide the discovery service. Neuron is self-organizing, self-tuning, and capable of tolerating failures of nodes and communication links. In addition, it allows the services to be described with arbitrary forms and the system load to be distributed evenly to the nodes. Neuron also supports event notification. We evaluated Neuron via simulation. The preliminary results show that service registration, discovery and service state advertising take at most O(log N) hops to complete.
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