Haggle: Seamless Networking for Mobile Applications

This paper presents Haggle, an architecture for mobile devices that enables seamless network connectivity and application functionality in dynamic mobile environments. Current applications must contain significant network binding and protocol logic, which makes them inflexible to the dynamic networking environments facing mobile devices. Haggle allows separating application logic from transport bindings so that applications can be communication agnostic. Internally, the Haggle framework provides a mechanism for late-binding interfaces, names, protocols, and resources for network communication. This separation allows applications to easily utilize multiple communication modes and methods across infrastructure and infrastructure-less environments. We provide a prototype implementation of the Haggle framework and evaluate it by demonstrating support for two existing legacy applications, email and web browsing. Haggle makes it possible for these applications to seamlessly utilize mobile ...

• Type: Conference
• Year: 2007
• Where: HUC
• Authors: Jing Su, James Scott, Pan Hui, Jon Crowcroft, Eyal de Lara, Christophe Diot, Ashvin Goel, Menghow Lim, Eben Upton
• Keywords: Applied Computing, Dynamic Mobile Environments, Haggle Framework, HUC 2007, Mobile Devices