Abstract: This paper suggests an algorithm that can detect the direction of sound source at real time. The algorithm uses the time difference or phase difference in the sound source from the three microphones, which are located with difference of 120 degree between two microphones. In addition, sound source tracing algorithm having shorter execution time than that of an existing algorithm is proposed to fit the real-time service robot. Our algorithm has almost correct result within range of an error of ± 6 degree. In consideration of the states of reverberation, echo and the altitude of sound source, if the algorithm is improved, then better efficiency will be expected. Copyright © 2005 IFA
This paper details the results of an effort to develop a computer-based algorithm for sound localiza...
A robust linear phase unwrapping method is proposed to solve the 2π discontinuities in the phase of ...
This paper introduces a new method for the estimation of sound source distance and direction using a...
Speaker localization is the study direction of sound detection. A listener can identify the location...
For a robot to succeed at speech recognition, it is advantageous to have a strong and clear signal t...
With the goal of improving human-robot speech communication, the localization of multiple sound sour...
For a robot to succeed at speech recognition, it is advantageous to have a strong and clear signal t...
It is a great challenge to perform a sound source localization system for mobile robots, because noi...
Sound source localization based on a microphone array for mobile robots faces great challenges becau...
This paper presents a mathematical model for sound localization in space using two-microphone device...
International audience— This paper validates experimentally a novel approach to robot audition, soun...
Localization tasks on robotic platforms are typically based on camera, radar or lidar systems. In th...
The use of speech in human-robot interaction is an indispensable feature from the points of view of ...
The use of speech in human-robot interaction is an indispensable feature from the points of view of ...
Abstract — Real-time and robust sound source tracking is an important function for a robot operating...
This paper details the results of an effort to develop a computer-based algorithm for sound localiza...
A robust linear phase unwrapping method is proposed to solve the 2π discontinuities in the phase of ...
This paper introduces a new method for the estimation of sound source distance and direction using a...
Speaker localization is the study direction of sound detection. A listener can identify the location...
For a robot to succeed at speech recognition, it is advantageous to have a strong and clear signal t...
With the goal of improving human-robot speech communication, the localization of multiple sound sour...
For a robot to succeed at speech recognition, it is advantageous to have a strong and clear signal t...
It is a great challenge to perform a sound source localization system for mobile robots, because noi...
Sound source localization based on a microphone array for mobile robots faces great challenges becau...
This paper presents a mathematical model for sound localization in space using two-microphone device...
International audience— This paper validates experimentally a novel approach to robot audition, soun...
Localization tasks on robotic platforms are typically based on camera, radar or lidar systems. In th...
The use of speech in human-robot interaction is an indispensable feature from the points of view of ...
The use of speech in human-robot interaction is an indispensable feature from the points of view of ...
Abstract — Real-time and robust sound source tracking is an important function for a robot operating...
This paper details the results of an effort to develop a computer-based algorithm for sound localiza...
A robust linear phase unwrapping method is proposed to solve the 2π discontinuities in the phase of ...
This paper introduces a new method for the estimation of sound source distance and direction using a...