This paper presents a review on energy efficient WiseMAC Protocol for wireless sensor networks. Among various MAC layer protocol WiseMAC is a known as one of the most energy efficient protocol. Non-persistent carrier sense multiple access (np-CSMA) and the preamble sampling technique are the main techniques used in basic WiseMAC protocol, they are used to reduce the consumption of power when en...

Integration of different energy networks will increase additional flexibility to system operation. The key component in such a coupled infrastructure is the energy router, which plays an important role in energy transition and storage to smoothing the prediction error both in renewables and load. The router has the multi-carrier energy generation capability, and builds physical linkages among t...

We present an energy analysis technique applicable to medium access control (MAC) and multihop communications. Furthermore, the technique’s application gives insight on using multihop forwarding instead of single-hop communications. Using the technique, we perform an energy analysis of carrier-sense-multiple-access (CSMA-) based MAC protocols with sleeping schemes. Power constraints set by batt...

Abstract. In this paper, we propose a new medium access control protocol for wireless sensor networks, named LE-MAC (Latency and Energy aware MAC) that aims to minimize data delivery latency as well as energy consumption. To achieve both goals, we exploit a physical carrier sensing feature in CSMA/CA and combine it with a cross-layer technique. When nodes that are in routing path between source...

The interplay between the non-orthogonal multiple access (NOMA) and opportunistic cognitive radio (CR)-based orthogonal frequency (OFDMA) has been recently realized as a promising paradigm to support unprecedented massive connectivity demands of future beyond fifth-generation (B5G) wireless communication systems. In such systems, which are called multi-carrier NOMA CR-based each licensed band r...

In this study, a new energy-efficient hybrid opportunistic cooperative (HOC) transmission protocol is proposed for single-carrier frequency division multiple access (SC-FDMA)-based cooperative networks. The author considers a single source–destination pair and multiple relays network. The proposed protocol improves the energy efficiency of SC-FDMAbased networks by selecting the most energy-effi...