Comprehensively, large-scale networks are formed during adolescent period accompanied by these networks' efficient energy consumption for long-distance connectivity.
Based on the centralized clustering architecture, we propose a SECA to provide efficient energy consumption and better network lifetime in the wireless sensor networks.
In this article, we propose a saving energy clustering algorithm to provide efficient energy consumption in such networks.
Efficient energy management and enhanced network lifetime are other desired design aspects of a wireless sensor network application.
In this article, we propose a saving energy clustering algorithm (SECA) to provide efficient energy consumption in wireless sensor networks.
An evolutionary-based routing protocol is proposed, which can guarantee better tradeoff between the lifespan and the stability period of the network with efficient energy utilization.
One proposed solution to improve wearability relies on the use of smaller sensing nodes, requiring more energy-efficient networks, due to smaller room available for energy sources.
Create environmental friendly and energy efficient transport networks 4.3.
This paper presents a new approach for multi-hop energy-efficient networks based on a dual network architecture called dualWireless.
In disaster areas, route bundling becomes the building block to enable energy-efficient networks.
