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An energy-efficient MAC protocol for wireless sensor network
TLDR
This paper presents a novel MAC (Express Energy Efficient Media Access Control) protocol that not only preserves the energy efficiency of current alternatives but also coordinates the transfer of packets from source to destination in such a way that latency and jitter are improved considerably. Expand
Research on Wireless Sensor Network Security
TLDR
A thorough analysis of the major security issue in wireless sensor networks is made and the ongoing aspect of further development to designers in their struggle to implement the most cost effective and appropriate method of securing their network is presented. Expand
Research on Battlefield Target Tracking in Wireless Sensor Networks
TLDR
Simulation results show that the proposed scheme can achieve superior energy efficiency and tracking reliability while satisfying the tracking accuracy requirement, and it is also robust to the uncertainty of the process noise. Expand
The Exploration of Cloud Computing
TLDR
This paper gave an encompassing look at the history of cloud computing and the growing cloud economy, shedding light on its infrastructure, service and technology as well as provided a through analysis of the virtualization, the key feature of the cloud computing. Expand
An energy-efficient MAC protocol for wireless sensor network
TLDR
This paper presents a novel MAC (Express Energy Efficient Media Access Control) protocol that not only preserves the energy efficiency of current alternatives but also coordinates the transfer of packets from source to destination in such a way that latency and jitter are improved considerably. Expand
An Efficient Energy Aware MAC Protocol for Wireless Sensor Network
TLDR
A new BT-MAC (balanced energy-latency tradeoff Media Access Control) which reaches a good balance between energy efficiency and latency and Simulations of a surveillance application verify that the proposed method successfully improve both delay and energy efficiency of the medium access. Expand
Research on the Wireless Sensor Networks Applied in the Battlefield Situation Awareness System
TLDR
Wireless Sensor Networks have been widely used to realize reconnaissance and surveillance in the joint operations and provide simultaneous, comprehensive, accurate data to multiechelon commanders and the combatant personnel for decision making and rapid response. Expand
An optimized scheme for battlefield target tracking in wireless sensor network
Due to uncertainties in target motion and limited sensing regions of sensors, collaborative target tracking in wireless sensor networks (WSNs) suffers from low tracking accuracy and lack ofExpand
An efficient multihop routing scheme in the large scale battlefield wireless sensor network
TLDR
A novel routing scheme (Cooperative Robust Routing) is presented that can enhance the energy efficiency of the large scale WSN by combining two concepts of cooperative communication and multiple sinks and outperforms DSDV in energy conservation due to local region path repair. Expand
Energy Efficient and Reliable Target Monitoring in the Tactical Battlefield
In the tactical battlefield target monitoring it is crucial to take into account the energy efficiency and data reliability issues for the purpose of military decision making, especially in largeExpand
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