Authors:
Prashant Joshi
and
Bharat Deshpande
Affiliation:
Department of Computer Science & Information Systems, BITS Pilani K. K. Birla Goa Campus, Goa, India
Keyword(s):
IoT Reference Architecture, Collaborative Computing Paradigms, Architecture Models, System Software Architecture, Collaborative Computing, Collaborating Paradigms, Dynamic IoT Environments.
Abstract:
Collaborative Computing Paradigms (CCP) has shown the potential to overcome challenges in dynamic IOT environments. CCP’s features are interconnection and interplay, dynamic distribution of data processing, fluidity of computing across paradigms, storage and data management across participating paradigms, and scalability and extendability of the systems software architecture. Reference Architecture and Models are known to provide a blueprint, that can be applied across applications domains, and thus can potentially accel-erate the development and deployment of systems software. Using the features of CCP, this paper proposes a RA for dynamic IOT environments using the collaborative computing paradigm (CCP-IOT-RA). Proposed CCP-IOT-RA reference architecture has been applied to commercial and telematics applications like building automation and vehicle and driver behaviour, demonstrating it’s versatility and effectiveness.