In this paper, a distributed sensor network is evaluated concerning its abilities to localize acoustic events based on Time Difference of Arrival (TDoA) measurements. In field trials, the localization accuracy of the sensor network is determined experimentally. The variance of the TDoA measurement error is derived and used in Cramer Rao Lower Bound accuracy analysis and simulations for the given scenario
In the last few years, the number of applications relying on position of vessels at sea has grown si...
In this thesis, a solution to the localization problem in Wireless Sensor Networks (WSN) is presente...
This work concerns experimental implementation of distributed acoustic source localization with a wi...
In this paper, passive emitter localization using Time Difference of Arrival (TDOA) measurements wit...
For the purpose of source localization, we have proposed two recursive algorithms in our companion p...
In sensor networks, passive localization can be performed by exploiting the received signals of unkn...
In this report, the design of a subsystem within a localization system for the Bosch DICENTIS wirele...
Abstract: Location is of great importance wireless sensor network applications because location inf...
Time Difference of Arrival (TDOA) measurements are gained in a network of sensors where a minimum of...
Localising people can be achieved by using wearable sensor nodes or by listening to speech. Receiver...
We propose a method for localizing an acoustic source with distributed microphone networks. Time Dif...
Aimed at solving the problem of local divergence and low data accuracy, this paper introduces a new ...
Abstract — We propose a distributed algorithm for single acoustic source localization. The algorithm...
In this paper, field experiments to localize GSM base stations using Time Difference of Arrival meas...
Abstract—Geolocation methods are recently gaining a lot of interest due to their new range of applic...
In the last few years, the number of applications relying on position of vessels at sea has grown si...
In this thesis, a solution to the localization problem in Wireless Sensor Networks (WSN) is presente...
This work concerns experimental implementation of distributed acoustic source localization with a wi...
In this paper, passive emitter localization using Time Difference of Arrival (TDOA) measurements wit...
For the purpose of source localization, we have proposed two recursive algorithms in our companion p...
In sensor networks, passive localization can be performed by exploiting the received signals of unkn...
In this report, the design of a subsystem within a localization system for the Bosch DICENTIS wirele...
Abstract: Location is of great importance wireless sensor network applications because location inf...
Time Difference of Arrival (TDOA) measurements are gained in a network of sensors where a minimum of...
Localising people can be achieved by using wearable sensor nodes or by listening to speech. Receiver...
We propose a method for localizing an acoustic source with distributed microphone networks. Time Dif...
Aimed at solving the problem of local divergence and low data accuracy, this paper introduces a new ...
Abstract — We propose a distributed algorithm for single acoustic source localization. The algorithm...
In this paper, field experiments to localize GSM base stations using Time Difference of Arrival meas...
Abstract—Geolocation methods are recently gaining a lot of interest due to their new range of applic...
In the last few years, the number of applications relying on position of vessels at sea has grown si...
In this thesis, a solution to the localization problem in Wireless Sensor Networks (WSN) is presente...
This work concerns experimental implementation of distributed acoustic source localization with a wi...
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