Abstract. Current solutions to interoperability remain limited with re-spect to highly dynamic and heterogeneous environments, where sys-tems encounter one another spontaneously. In this chapter, we introduce the Connect architecture, which puts forward a fundamentally differ-ent method to tackle the interoperability problem. The philosophy is to observe networked systems in action, learn their behaviour and then dynamically generate mediator software which will connect two heteroge-neous systems. We present a high-level overview of how Connect oper-ates in practice and subsequently provide a simple example to illustrate the architecture in action
Software systems are increasingly composed of independently-developed components, which are often sy...
International audienceSoftware systems are increasingly composed of independently-developed componen...
Summarization: We are concerned with the issues faced by software developers with a certain family o...
Current solutions to interoperability remain limited with respect to highly dynamic and heterogeneou...
Current solutions to interoperability remain limited with respect to highly dynamic and heterogeneou...
Current solutions to interoperability remain limited with respect to highly dynamic and heterogeneou...
Current solutions to interoperability remain limited with respect to highly dynamic and heterogeneou...
International audienceCurrent solutions to interoperability remain limited with respect to highly dy...
Interoperability remains a fundamental challenge when connecting heterogeneous systems which encount...
International audienceInteroperability remains a fundamental challenge when connecting heterogeneous...
A key objective for ubiquitous environments is to enable system interoperability between system's co...
Interoperability remains a fundamental challenge when connecting heterogeneous systems which encount...
Abstract. Software systems are increasingly composed of independently-developed components, which ar...
Interoperability remains a fundamental challenge when connecting heterogeneous systems which encount...
Systems populating the Ubiquitous Computing environment are characterized by an often extreme level ...
Software systems are increasingly composed of independently-developed components, which are often sy...
International audienceSoftware systems are increasingly composed of independently-developed componen...
Summarization: We are concerned with the issues faced by software developers with a certain family o...
Current solutions to interoperability remain limited with respect to highly dynamic and heterogeneou...
Current solutions to interoperability remain limited with respect to highly dynamic and heterogeneou...
Current solutions to interoperability remain limited with respect to highly dynamic and heterogeneou...
Current solutions to interoperability remain limited with respect to highly dynamic and heterogeneou...
International audienceCurrent solutions to interoperability remain limited with respect to highly dy...
Interoperability remains a fundamental challenge when connecting heterogeneous systems which encount...
International audienceInteroperability remains a fundamental challenge when connecting heterogeneous...
A key objective for ubiquitous environments is to enable system interoperability between system's co...
Interoperability remains a fundamental challenge when connecting heterogeneous systems which encount...
Abstract. Software systems are increasingly composed of independently-developed components, which ar...
Interoperability remains a fundamental challenge when connecting heterogeneous systems which encount...
Systems populating the Ubiquitous Computing environment are characterized by an often extreme level ...
Software systems are increasingly composed of independently-developed components, which are often sy...
International audienceSoftware systems are increasingly composed of independently-developed componen...
Summarization: We are concerned with the issues faced by software developers with a certain family o...