|Title||Segmenting object space by geometric reference structures|
|Publication Type||Journal Article|
|Year of Publication||2006|
|Authors||PK Agarwal, D Brady, and J Matoušek|
|Journal||Acm Transactions on Sensor Networks|
|Pagination||455 - 465|
A model for segmentation of an object space by an array of binary, radiation-field sensors and geometric reference structures is described. Given a family of binary, radiation-field sensors and a geometric reference structure, we refer to the set of sensor states induced by a source at point p as the signature of p. We study the segmentation of an object space into signature cells and prove near optimal bounds on the number of distinct signatures induced by a point source, as a function of sensor and reference structure complexity. We also show that almost any family of signatures can be implemented under this model. © 2006 ACM.
|Short Title||Acm Transactions on Sensor Networks|