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This paper presents a signaling architecture for supporting mobility in radio ATM networks. A new concept of mobile software agent, known as representative, is used for insulating xed network entities from the eeects of user mobility. It is shown that depending on the physical locations of the mobile terminals, their representatives can be used for distributing the mobility management load within the xed backbone network. The paper describes a location and a representative management scheme followed by a novel connection caching strategy which is used for implementing a family of low-latency and scalable ATM connection handovers. A prototype implementation of the proposed architecture and the associated experimental results are also presented for demonstrating the feasibility and performance of this agent based signaling scheme.

An agent-based signaling architecture for supporting mobility in radio ATM networks