Earlier sensor network MAC protocols focus on energy conservation in low-duty cycle
applications, while some recent applications involve real-time high-data-rate signals. This …

This paper presents a Self-Reorganizing Slot Allocation (SRSA) mechanism for TDMA
based Medium Access Control (MAC) protocols in wireless sensor networks. With TDMA, a …

The dynamic window-based scheduling is a popular scheduling algorithm used to manage
system resources efficiently. It is used in many different types of systems including …

In the current scenario, the growth of IoT based solutions gives rise to the rapid utilisation of
WSN. With energy constraint sensor nodes in WSN, the design of energy efficient MAC …

In this paper, we propose a new TDMA-based MAC protocol which aims at maximizing data
transmission parallelism with two channels. The proposed protocol includes two key …

Abstract Time Division Multiple Access (TDMA) based Medium Access Control (MAC)
protocols allocate one or more time slots to each sensor node. A node transmits its data …

Most research done on the channel polling mechanisms for WSN MAC protocols has
focused on achieving efficiency in terms of optimizing either delay or energy performance …

MAC protocol is of vital importance to the reliable communication of WSN for it schedules the
limited wireless resources among sensor nodes. In this paper, focused on the intelligent …

This paper presents the design, analysis, and performance evaluation of a hybrid Media
Access Control protocol, called CT-MAC, for wireless sensor networks. It is a contention …

In a Wireless Sensor Network, the medium access control (MAC) layer protocol design is
very important due to the constraint of the limited processing capability and the power on …