Emergence of applications of wireless sensor networks in various fields over time requires to
acknowledge existing solutions which have been proposed in history to overcome various …

Energy balancing and faster data transfer over a wireless sensor network (WSN) is an
important problem in applications like cyber-physical systems, Internet of things, and context …

Low power loss networks and wireless sensor networks are important components of the
Internet of Things. With the development and popularization of artificial intelligence, the …

The Tactile Internet is envisioned to be characterized by ultra low latency, ultra reliability with
high availability, and security. The next fifth generation is expected to underpin this …

In path-constrained multi-hop sensor networks (M-WSNs), maximizing data collection with
minimal energy consumption is critical, especially for delay-sensitive applications. Because …

The technological advancements have led to the revolution in sensing technology. Wireless
Sensor Network (WSN) has been one of the important researched areas which have …

Minimized and nearly deterministic end-to-end latency facilitates real-time data acquisition
and actuator control. In addition, defined latency is an integral part of quality-oriented service …

One of the lifetime maximisation methods for wireless sensor network (WSN) depends on
organising the dense sensors into groups which can work in a cooperative sequential …

Motivated by the Internet-of-Things (IoT) cloudification as the trend to implement IoT
applications, an efficient design for interactions between sensors and cloud is necessary. In …

The parameters bandwidth (bw), energy (en) and delay (dl) of wireless sensor network
(WSN) is recognized as the major source of quality of service (QoS). One of the important …