Concurrent Architecture of Novel Scheduler for IoT based Sensor Networks

A typical sensor network is the area under observations in which is different sensors are deployed and the different parameters are recorded and shared to the sensor node. Sensor node is the head among the sensors which are is responsible for proper working of other sensor nodes and collection and process the data samples which is collected by the node. At the head sensor node different data packets may arrive at a time for processing purpose. Since, all of the data packets are carrying significant information, hence it is possible that the head sensor node may lose significant information if the packet remains in queue for longer time or if the packet is lost. To address this issue, this study proposes a novel concurrent architecture of the scheduling algorithm for IOT based Sensor Networks. The proposed architecture is implemented using latest Virtex-7 series FPGAs and statistically analyzed with respect the different verticals like time, power, resources and frequency parameters.