E-IoT: Context oriented mote prioritization for emergency IoT networks
Rakesh Kumar Ambhati, Venkata Krishna Kota, Shashikant Chaudhari, Manoj Jain · 2017
With the advent of plethora of wireless sensors (wearable devices, smart gadgets, baby monitors, RFID tags, etc.) becoming new normal in human life, IoT is at spurge of realization. Most of these sensors operate in severely congested Industrial Scientific and Medical (ISM 2.4 GHz) band or Universal National Information and Infrastructure (UNII 5.6 GHz) all over the world. In Low-bandwidth, Low power and emergency (time critical) situations, most prioritized sensors need to transmit and receive on wireless channel first. In this paper a model is proposed for context-specific mote prioritization with respect to given emergency circumstance.