A Dynamic Reconfigurable Routing Framework for Wireless Sensor Networks
Sensornet deployments of the future are expected to deliver a multitude of services, ranging from reliable sensing, real time streams, mission critical support, network reprogramming and so on. Naturally, no one routing protocol can sufficiently cater to the network layer functionalities expected. Severe resource constraints further limit the possibility of multiple routing protocols to be implemented. Further, vertically integrated designs of present protocols hinder synergy and code-reuse among implementations. In this paper, the authors present an architecture that allows applications to send different types of flows, often with conflicting communication requirements. A flow's requirements are made visible to their framework by using just 3 bits in the packet header.