Advances in sensor technology and deployment strategies are revolutionizing the way that geospatial information is collected and analyzed. For example, cameras and GPS sensors on-board static or mobile platforms hav

A. Howard

A. Labrinidis

A. Stefanidis

A. Voisard

D. Goldin

I. Cruz

M. Egenhofer

M. Worboys

Nittel Stefanidis Cruz

S. Madden

S. Nittel

Introduction  Advances in sensor technology and deployment strategies are revolutionizing the way that geospatial information is collected and analyzed. For example, cameras and GPS sensors on-board static or mobile platforms have the ability to provide continuous streams of geospatially-rich information. Furthermore, with the advent of nano-technology it becomes feasible and economically viable to develop and deploy low-cost, low-power devices that are generalpurpose computing platforms with multi-purpose on-board sensing and wireless communications capabilities. Special IT infrastructure challenges are posed by systems consisting of large numbers of unattended, untethered and collaborative sensor nodes that have small, non-renewable power supply and communicate via short range radio frequency with neighboring nodes. All these types of sensors may act collaboratively as nodes within broader network configurations. Such configurations may range in scale from few cameras monitoring tra

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Report from the First Workshop on Geo Sensor Networks

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Report from the first workshop on geo sensor networks

Report from the first workshop on geo sensor networks

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