When more than two microphones are used, the traditional time-delay-of-arrival (TDOA) based sound source localization (SSL) approach involves two steps. The first step computes TDOA for each microphone pair, and the second step combines these estimates. This two-step process discards relevant information in the first step, thus degrading the SSL accuracy and robustness. Although less used, one-step processes do exist. In this paper, we review these processes, create a unified framework, and introduce two new one-step algorithms. We compare our proposed approaches against existing 1 and 2-step approaches and demonstrate significantly better SSL performance. 1
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
In this manuscript, we formulate the problem of source localization based on Time Differences of Arr...
In this manuscript, we formulate the problem of source localization based on Time Differences of Arr...
When more than two microphones are used, the traditional time-delay-of-arrival (TDOA) based sound so...
The pressure changes of an acoustic wavefront are sensed with a microphone that acts as a transducer...
The pressure changes of an acoustic wavefront are sensed with a microphone that acts as a transducer...
Speech source localization (SSL) using a microphone array aims to estimate the direction-of-arrival...
Speech source localization (SSL) using a microphone array aims to estimate the direction-of-arrival...
Time Difference Of Arrival (TDOA) estimates are used for passive acoustic single sound source locali...
In this work, we propose an algorithm for acoustic source localization based on time delay of arriva...
This thesis proposes two acoustic localisation techniques that are accurate in Non-Line-of-Sight (NL...
The very large relative bandwidth of acoustic sources, coupled with the high number of reflections o...
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
In this manuscript, we formulate the problem of source localization based on Time Differences of Arr...
In this manuscript, we formulate the problem of source localization based on Time Differences of Arr...
When more than two microphones are used, the traditional time-delay-of-arrival (TDOA) based sound so...
The pressure changes of an acoustic wavefront are sensed with a microphone that acts as a transducer...
The pressure changes of an acoustic wavefront are sensed with a microphone that acts as a transducer...
Speech source localization (SSL) using a microphone array aims to estimate the direction-of-arrival...
Speech source localization (SSL) using a microphone array aims to estimate the direction-of-arrival...
Time Difference Of Arrival (TDOA) estimates are used for passive acoustic single sound source locali...
In this work, we propose an algorithm for acoustic source localization based on time delay of arriva...
This thesis proposes two acoustic localisation techniques that are accurate in Non-Line-of-Sight (NL...
The very large relative bandwidth of acoustic sources, coupled with the high number of reflections o...
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
Multiple source localization using time-differences of arrival (TDOAs ) is challenging because of th...
In this manuscript, we formulate the problem of source localization based on Time Differences of Arr...
In this manuscript, we formulate the problem of source localization based on Time Differences of Arr...