Improvisational Construction of a Context for Dynamic Implementation of Arbitrary Smart Object Federation Scenarios

This paper extends a proposed new approach to deal with smart objects or smart mobile devices by proposing a middleware framework inspired by RNA mechanisms in molecular biology. This framework represents complex application scenarios of proximity-based federation of smart objects as catalytic reaction networks. Each catalytic reaction is modeled as an RNA expression from a DNA. We introduce smart object subtype polymorphism and port subtype polymorphism in this framework to simplify the description. We also add a new condition for the description of the rules. This new condition allows us to describe physical user interactions with smart objects. This approach is used to describe new rules allowing the user to build the context improvisation ally for a reaction by physically interacting with simple mobile smart objects.