The task of acoustic source localisation and tracking has both a long history in the signal
processing literature as well as many modern applications. In this thesis, the Expectation …

Traditional acoustic source localisation methods attempt to find a single source with audio
data of the current time only. For many applications, localising multiple sources is necessary …

Source localization using microphone arrays has for some time been an active and
challenging research area. The main obstacle in designing robust practical systems is the …

The stochastic region contraction (SRC) algorithm has been proposed in the literature as a
method for acoustic localisation using a microphone array in a noisy and reverberant …

Standard acoustic source localization algorithms attempt to estimate the instantaneous
location of a source based only on current data from a microphone sensor array. This is …

Traditional acoustic source localization algorithms attempt to find the current location of the
acoustic source using data collected at an array of sensors at the current time only. In the …

Several source localization algorithms have been proposed in the literature for acoustical
source localization. Many of these algorithms make use of the generalized cross correlation …

The challenge of localizing number of concurrent acoustic sources in reverberant
enclosures is addressed in this paper. We formulate the localization task as a maximum …

This thesis considers the domain of acoustic source localisation and tracking in an indoor
environment. Acoustic tracking has applications in security, human-computer interaction …

We propose a method for localizing an acoustic source with distributed microphone
networks. Time Differences of Arrival (TDOAs) of signals pertaining the same sensor are …