Geometric considerations for distribution of sensors in ad-hoc sensor networks
Unattended Ground, Sea, and Air Sensor Technologies and …, 2007•spiedigitallibrary.org
Ad-hoc sensor networks need to create their own network after deployment. Various
schemes have been suggested for sensors to create a better coverage pattern than if they
are randomly deployed. A better coverage pattern translates into a geometry of having disks
cover an area completely and even redundantly. In this paper, we present two coverage
arrangements which turn out to be equivalent to grid lattice arrangements and analyze their
efficacy.
schemes have been suggested for sensors to create a better coverage pattern than if they
are randomly deployed. A better coverage pattern translates into a geometry of having disks
cover an area completely and even redundantly. In this paper, we present two coverage
arrangements which turn out to be equivalent to grid lattice arrangements and analyze their
efficacy.
Ad-hoc sensor networks need to create their own network after deployment. Various schemes have been suggested for sensors to create a better coverage pattern than if they are randomly deployed. A better coverage pattern translates into a geometry of having disks cover an area completely and even redundantly. In this paper, we present two coverage arrangements which turn out to be equivalent to grid lattice arrangements and analyze their efficacy.
SPIE Digital Library以上显示的是最相近的搜索结果。 查看全部搜索结果