As a subset of the internet of things, wireless sensor networks (WSNs) are increasingly
composed of mobile nodes (MNs) to meet the emerging needs. However, nodes mobility …

To maintain seamless real-time connectivity for 5G applications, various handover (HO)
schemes that can support a near-zero mobility interruption time (MIT) have been proposed …

To reduce the end‐to‐end delay in EH‐WSNs (energy‐harvesting wireless sensor
networks), medium access control protocols using pipelined‐forwarding have been …

Handling mobility in wireless sensor networks presents several new challenges. Techniques
developed for other mobile networks, such as mobile phone or mobile adhoc networks can …

This paper introduces a mobility-aware medium access control protocol for multi-hop
wireless sensor networks (MA-MAC). The protocol evaluates the RSSI values of …

Wireless Sensor Networks (WSNs) can be implemented as one of sensor systems in
Network Centric Warfare (NCW). Mobility support and energy efficiency are key concerns for …

A smart factory network integrates various wireless networks to provide administrators with
advanced factory network management capabilities and optimized services. Supporting …

Ping-pong effect is inherent in handoff ready networks. Due to this effect, there are
unnecessary handoffs in a wireless network, which reduces the energy efficiency and the …

The usage of mobile sink or sensor nodes may improve the performance of some wireless
sensor network (WSN) applications, such as wildlife monitoring. Mobility of nodes brings …

Providing successful data collection in transmitter-initiated wireless sensor networks with
mobile Sink (WSN-MS) scenarios is a primary goal of a myriad of critical applications in real …