원문정보
보안공학연구지원센터(IJFGCN)
International Journal of Future Generation Communication and Networking
Vol.9 No.11
2016.11
pp.113-124
피인용수 : 0건 (자료제공 : 네이버학술정보)
초록
영어
Wireless sensor network has a rapid growth in both science research and commercial development as well as been widely used in a variety of realms. Facing different kinds of challenging issues of WSNs, the deployment of nodes stands out for it has a critical influence on area or target coverage, network connectivity, network lifetime, etc. This paper explores classifications of node and deployment strategies from different angles, weighing their pros and cons and analyzing its impacts on the performance of a WSN.
목차
Abstract
1. Introduction
2. Wireless Sensor Nodes
2.1. Basic Categories
2.2. Static Nodes and Mobile Nodes
2.3. Coverage Nodes and Connectivity Nodes
2.4 Active Node and Sleep Nodes
2.5. Sensors and Actuators
2.6. Regular Nodes and Beacons
3. Objectives of an Optimal Deployment
3.1. Maximization of Coverage
3.2. Network Connectivity
3.3. Minimization of Energy Consumption
3.4. Boosting Data Fidelity
4. Strategies of Deployment
4.1. Static Deployment
4.2. Mobile Deployment
4.3. Mixed-sensor Deployment
4.4. Static and Dynamic Deployment
4.5. Indoor and Outdoor Deployment
4.6. Two-dimensional and Three-dimensional Deployment
5. Conclusion
References
1. Introduction
2. Wireless Sensor Nodes
2.1. Basic Categories
2.2. Static Nodes and Mobile Nodes
2.3. Coverage Nodes and Connectivity Nodes
2.4 Active Node and Sleep Nodes
2.5. Sensors and Actuators
2.6. Regular Nodes and Beacons
3. Objectives of an Optimal Deployment
3.1. Maximization of Coverage
3.2. Network Connectivity
3.3. Minimization of Energy Consumption
3.4. Boosting Data Fidelity
4. Strategies of Deployment
4.1. Static Deployment
4.2. Mobile Deployment
4.3. Mixed-sensor Deployment
4.4. Static and Dynamic Deployment
4.5. Indoor and Outdoor Deployment
4.6. Two-dimensional and Three-dimensional Deployment
5. Conclusion
References
저자정보
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