PROJECT TITLE :

Adaptive and cognitive communication architecture for next-generation PPDR systems

ABSTRACT:

In light-weight of recent natural catastrophes and terrorist activities, it's become evident that new architectural approaches are required for next generation public protection and disaster relief networks. These architectures should be adaptable to the conditions at the event web site and resilient enough to operate underneath adverse conditions in an emergency. Furthermore, they ought to enable fast gathering of crucial event data and its delivery to the responder units at the location moreover because the command and control center that is off-website. In this article, we have a tendency to first examine the state-of-the-art in areas connected to communication in PPDR systems, and discuss the open research problems for every topic. Then we have a tendency to propose a completely unique architecture that meets the aforementioned needs and relies on a completely unique device referred to as an ICG. An ICG permits versatile use of the spectrum and facilitates knowledge gathering from all lower-tier devices and relays this knowledge to relevant units through the higher-tier public or business backhaul networks. Finally, we give some results that justify the need for these devices in emergency eventualities.