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Wireless network positioning is the main pillar of the continuity of rich and mobile multimedia applications. Good position accuracy is particularly difficult to obtain in urban or leafy areas and indoors or in mixed (both indoor and outdoor) environments. A system proposing such positioning must localize any mobile terminal accurately within hostile environments and ideally be low-cost and easy to deploy. The authors propose an indoor positioning system, based on the IEEE 802.11 wireless network. This system, named OWLPS (Open WireLess Positioning System), implements several of the major mobile position computation algorithms and techniques: fingerprinting location, topology-based and viterbi-like algorithm, propagation models.
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