ABSTRACTSAYALI SHRIRANG NIMKAR. Adaptive duty cycling for rechargeable wireless sensor networks. (Under the direction of DR. ASIS NASIPURI) The proposed research address[...]

Small cells are introduced as one of the key technologies of the new generation (5G) mobile networks. Among the existing small cell technologies, femtocells drew more res[...]

Wireless mesh networks (WMNs) have recently emerged to be a cost-effective solution to support large-scale wireless Internet access. They have numerous applications, such[...]

Device to device (D2D) Communication is essential in emerging networks, such as Internet of things (IoT). Cognitive radio (CR)-enabled device is a promising technology to[...]

Wireless sensor networks can potentially achieve perpetual maintenance-free operation by harnessing ambient energy from the environment. However, most environmental energ[...]

The increasing importance of renewable electricity, especially PV generation, and the reducing costs of PV modules has placed the inverter in limelight. Panel-level inver[...]

Sensor nodes and Wireless Sensor Networks (WSN) enable observation of the physical world in unprecedented levels of granularity. A growing number of environmental monitor[...]

Valve malfunctioning is a serious concern in industries and other production units that rely on processes requiring controlled operation of valves. This thesis considers [...]

As wireless communication standards evolve to utilize wider bandwidths and higherorder modulation schemes, such as 1024-QAM, careful attention must be placed on the embed[...]

Received radio frequency (RF) signal strength provides a cost-effective mechanism for distance estimation that is popularly used for range-based localization in wireless [...]