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We describe an effiective resource location framework for ubiquitous computing environments populated by a diverse set of networks,devices,services and computational entities. Our framework provides context adaptation with the aid of a middleware service to improve the quality of resource location. A resource location protocol suitable to each type of network locates resource effiectively by means of dynamic reconfiguration to the current context. Our framework is also refined by support for interoperability between different types of resource location protocols occurring across a hybrid ubiquitous network. These characteristics also reduce the control overhead for resource location,saving resource,decreasing latency and permitting a considerable degree of scalability.
We describe an effiective resource location framework for ubiquitous computing environments populated by a diverse set of networks, devices, services and computational entities. Our framework provide context adaptation with the aid of a middleware service to improve the quality of resource location. A resource location protocol adapted to each type of network locates resource effiectively by means of dynamic reconfiguration to the current context. Our framework is also refined by support for interoperability between different types of resource location protocols occurring across a hybrid ubiquitous network. These characteristics also reduce the control overhead for resource location, saving resource, decreasing latency and permitting a substantial degree of scalability.