International audienceThis paper presents the embedded audition for robotics (EAR) project internally developed at LAAS and its application to speaker localization and extraction. Hardware and software issues are first thoroughly depicted, concerning the development of an auditory sensor based on an array of microphones, a homemade dedicated acquisition chain and a FPGA based processing board. Then, the EAR sensor is assessed against various scenarios, in real noisy robotics environments. Localization results are presented when a speaker emits an utterance in the presence of a disturbing source. These validate the underlying theory and suggest further theoretical and experimental developments
While a number of acoustic localisation systems have been proposed over the last few decades, these ...
Autonomous robots have become a very popular topic within the artificial intelligence field. These ...
The auditory system provides the human with many informations on its acoustic environment. For insta...
Speaker localization is the study direction of sound detection. A listener can identify the location...
Localization tasks on robotic platforms are typically based on camera, radar or lidar systems. In th...
32 pagesInternational audienceThis paper attempts to provide a state-of-the-art of sound source loca...
© 2019 IEEE. Localizing a sound source is a fundamental but still challenging issue in many applicat...
In the last decade, interaction between humans and electronic device by means of spoken language and...
The department of the University for which I worked is developing a project based on the interaction...
With the current technological transformation in the automotive industry, autonomous vehicles are ge...
International audienceRobots are usually equipped with advanced capabilities in order to autonomousl...
This paper details the results of an effort to develop a computer-based algorithm for sound localiza...
Localizing a sound source is a fundamental but still challenging issue in many applications, where s...
Robot audition for humanoid robots interacting naturally with humans in an unconstrained real-world ...
The use of speech in human-robot interaction is an indispensable feature from the points of view of ...
While a number of acoustic localisation systems have been proposed over the last few decades, these ...
Autonomous robots have become a very popular topic within the artificial intelligence field. These ...
The auditory system provides the human with many informations on its acoustic environment. For insta...
Speaker localization is the study direction of sound detection. A listener can identify the location...
Localization tasks on robotic platforms are typically based on camera, radar or lidar systems. In th...
32 pagesInternational audienceThis paper attempts to provide a state-of-the-art of sound source loca...
© 2019 IEEE. Localizing a sound source is a fundamental but still challenging issue in many applicat...
In the last decade, interaction between humans and electronic device by means of spoken language and...
The department of the University for which I worked is developing a project based on the interaction...
With the current technological transformation in the automotive industry, autonomous vehicles are ge...
International audienceRobots are usually equipped with advanced capabilities in order to autonomousl...
This paper details the results of an effort to develop a computer-based algorithm for sound localiza...
Localizing a sound source is a fundamental but still challenging issue in many applications, where s...
Robot audition for humanoid robots interacting naturally with humans in an unconstrained real-world ...
The use of speech in human-robot interaction is an indispensable feature from the points of view of ...
While a number of acoustic localisation systems have been proposed over the last few decades, these ...
Autonomous robots have become a very popular topic within the artificial intelligence field. These ...
The auditory system provides the human with many informations on its acoustic environment. For insta...