| Document Date: 2005-09-04 08:43:11
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City New York / Berlin / Bremen / / Company ACM Press / Sensor Database Systems / Local Computer Networks / Addison-Wesley Longman Publishing Co. / Annual IEEE Intl / / Country Germany / United States / / Currency USD / / / Facility University of Delaware3 / Engineering University of North Texas / / IndustryTerm magnitude more energy / hierarchical algorithm / analytical processing style queries / decimation algorithm / huge energy consumption / in-network query processing / database systems / brute force algorithm / Device database systems / decimation surface simplification algorithm / polygonal surface simplification algorithms / Internet Draft / ad-hoc sensor networks / energy consuming / heterogeneous systems / sweep line algorithm / collection site / energy implications / typical decimation algorithms / e.g. chemical fume intensity / typical geographic aware routing algorithm / wireless networks / energy / simplification algorithm / energy consumption benefits / dense sensor network / energy consumption / sensor networks / energy depletion / decimation algorithms / communications failures / filter-and-refine algorithm / naive algorithm / Internet era / techniques more robust to changing networks / ad-hoc wireless sensor networks / geographic aware routing algorithm / in-network algorithm / plane sweep algorithm / sensor systems / computing / sparse networks / acquisitional query processor / dense sensor networks / homogeneous systems / toxic chemical spills / sensor network / on modeling sensor networks / / Organization Rutgers Department of Temperature Precipitation / University of North Texas / University of Delaware3 / / Person J. Schroeder / / / Position model / this technique cannot be used / group leader / ABSTRACT General / / Product Franklin / / ProvinceOrState New York / / Region North Texas / / Technology OLAP / remote sensing / decimation algorithm / plane sweep algorithm / brute force algorithm / localized algorithm / decimation surface simplification algorithm / typical geographic aware routing algorithm / typical decimation algorithms / in-network algorithm / polygonal surface simplification algorithms / sweep line algorithm / Energy Consumption This algorithm / hierarchical algorithm / 4.1 Density Results Both algorithms / simplification algorithm / proposed algorithm / 2.2 In-Network Surface Simplification Decimation algorithms / Mobile computing / decimation algorithms / naive algorithm / acquisitional query processor / filter-and-refine algorithm / simulation / recombination / computed using the brute force algorithm / / URL http /
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In-Network Surface Simplification for Sensor Fields Brian Harrington and Yan Huang Computer Science and Engineering University of North Texas {brh,huangyan}@cs.unt.edu