none4We present evidence that multihop node-to-anchor distance information is sufficient to allow accurate selflocalization in multihop wireless networks (such as ad hoc and sensor networks, as well as future cellular systems based on LTE). To this purpose we have implemented two new distancebased source localization algorithms, which prove highly robust to inaccurate range information characterized by distance estimates exceeding the correct ones. Our contribution is a contrasting alternative to current distributed self-localization algorithms, which are founded on the idea of “diffusing” the known location of a few nodes (anchor) to the entire the network via a typically large number of message exchanges amongst neighbors, resu...
Abstract—Geographic location information can effectively improve the performance (e.g., in routing o...
Accurate self-localization is a key enabling technique for many pervasive applications. Existing app...
none4siWe show that the fundamental performance limits, specifically the Cramer-Rao lower bounds (CR...
We present evidence that multihop node-to-anchor distance information is sufficient to allow accura...
We present evidence that multihop node-to-anchor distance information is sufficient to allow accura...
In this paper we present the multihop-approach as a complexity and energy-efficient alternative to t...
In this paper we present the multihop-approach as a complexity and energy-efficient alternative to t...
In this paper we present the multihop-approach as a complexity and energy-efficient alternative to t...
Abstract—Localization in wireless sensor networks has been a big challenge for researchers in the pa...
Multihop Localization Algorithms (MLAs) are an efficient alternative to traditional message-passing...
Multihop Localization Algorithms (MLAs) are an efficient alternative to traditional message-passing...
This paper investigates distributed range-free localization in wireless networks using a communicati...
This paper introduces a new localization algorithm called COM-LOC++ that improves the performance of...
none3siMultihop Localization Algorithms (MLAs) are an efficient alternative to traditional message-...
International audienceLocalization in Mobile Ad-hoc Networks (MANETs) and Wireless Sensor Networks (...
Abstract—Geographic location information can effectively improve the performance (e.g., in routing o...
Accurate self-localization is a key enabling technique for many pervasive applications. Existing app...
none4siWe show that the fundamental performance limits, specifically the Cramer-Rao lower bounds (CR...
We present evidence that multihop node-to-anchor distance information is sufficient to allow accura...
We present evidence that multihop node-to-anchor distance information is sufficient to allow accura...
In this paper we present the multihop-approach as a complexity and energy-efficient alternative to t...
In this paper we present the multihop-approach as a complexity and energy-efficient alternative to t...
In this paper we present the multihop-approach as a complexity and energy-efficient alternative to t...
Abstract—Localization in wireless sensor networks has been a big challenge for researchers in the pa...
Multihop Localization Algorithms (MLAs) are an efficient alternative to traditional message-passing...
Multihop Localization Algorithms (MLAs) are an efficient alternative to traditional message-passing...
This paper investigates distributed range-free localization in wireless networks using a communicati...
This paper introduces a new localization algorithm called COM-LOC++ that improves the performance of...
none3siMultihop Localization Algorithms (MLAs) are an efficient alternative to traditional message-...
International audienceLocalization in Mobile Ad-hoc Networks (MANETs) and Wireless Sensor Networks (...
Abstract—Geographic location information can effectively improve the performance (e.g., in routing o...
Accurate self-localization is a key enabling technique for many pervasive applications. Existing app...
none4siWe show that the fundamental performance limits, specifically the Cramer-Rao lower bounds (CR...