Compressive sensing (CS) has become a popular signal processing technique and has
extensive applications in numerous fields such as wireless communications, image …

A narrow bandwidth may lead to a large amount of redundant data, which further causes the
interruptions of the communication network. In order to address this problem, an optimized …

Wireless rechargeable sensor networks (WRSNs), benefiting from recent breakthrough in
wireless power transfer (WPT) technology, emerge as very promising for network lifetime …

Clone detection, aimed at detecting illegal copies with all of the credentials of legitimate
sensor nodes, is of great importance for sensor networks because of the severe impact of …

Due to the maneuverability and cost-effectiveness, UAVs are visioned as a versatile
assistant for networking in intelligent transportation systems. Per-packet path reconstruction …

ZigBee technology is a representative standard of wireless communication technology with
very low complexity, short distance, low rate, low power consumption and low cost. Internet …

Due to the mobility and vulnerability of satellite nodes, the topology of satellite-terrestrial
integrated networks (STINs) is highly dynamic. It requires a flexible reconstruction strategy to …

Wireless sensors integrate a variety of high‐tech, powered by engines to form network
nodes, and randomly distributed sensors and data processing units form a network through …

Being limited by the node energy, the Internet of Things (IoT) is prone to data redundancy in
the process of data acquisition and collection, resulting in a large amount of packet losses in …

Low-power and multihop wireless networking is envisioned as a promising technology to
achieve both energy efficiency and easy deployment for many Internet of Things (IoT) …