Acoustic source localization (ASL) estimates the sound source position by processing the signal obtained from spatial distinct microphones. Implemented ASL in Java program, this project produces a RaspberryPi (RPi) toy car for dog exercise. An Android-based application is also developed to control the car direction. Two approaches of ASL, TDOA approach and beamforming approach, have been taken to acquire a better result. Beamforming are used in the final product as it is simpler, faster and does not require the knowledge of initial source direction. This project is done by three members. The software development and the microphone part of hardware are done by the author, which will be elaborated in detail in the following chapters.Bac...
Sound source localization with microphone arrays has received considerable attention as a means for ...
This paper deals with utilization of beamforming in acoustic source localization using static microp...
An algorithm is presented that enables devices equipped with microphones, such as robots, to move wi...
With the advent of technology, locating an acoustic source is no longer solely dependent on the huma...
Acoustic source localization (ASL) system using micro-phone arrays is an increasingly important tech...
Acoustic source localization has emerged as an interesting area of research in the past years due to...
Acoustical source localization is the first important stage of an intelligent micro-phone array syst...
Automatic sound source localization has recently gained interest due to its various applications tha...
Acoustic Source Localization (ASL) is a technique used to track and locate the exact location of a s...
Acoustic source localization (ASL) and enhancement are sub-disciplines of acoustic signal processin...
The pressure changes of an acoustic wavefront are sensed with a microphone that acts as a transducer...
An alternative Android phone based car control application will be designed to provide a secondary p...
Localization tasks on robotic platforms are typically based on camera, radar or lidar systems. In th...
The wide availability of mobile devices with embedded microphones opens up opportunities for new app...
Acoustic Source Localisation (ASL) is a problem with real-world applications across multiple domain...
Sound source localization with microphone arrays has received considerable attention as a means for ...
This paper deals with utilization of beamforming in acoustic source localization using static microp...
An algorithm is presented that enables devices equipped with microphones, such as robots, to move wi...
With the advent of technology, locating an acoustic source is no longer solely dependent on the huma...
Acoustic source localization (ASL) system using micro-phone arrays is an increasingly important tech...
Acoustic source localization has emerged as an interesting area of research in the past years due to...
Acoustical source localization is the first important stage of an intelligent micro-phone array syst...
Automatic sound source localization has recently gained interest due to its various applications tha...
Acoustic Source Localization (ASL) is a technique used to track and locate the exact location of a s...
Acoustic source localization (ASL) and enhancement are sub-disciplines of acoustic signal processin...
The pressure changes of an acoustic wavefront are sensed with a microphone that acts as a transducer...
An alternative Android phone based car control application will be designed to provide a secondary p...
Localization tasks on robotic platforms are typically based on camera, radar or lidar systems. In th...
The wide availability of mobile devices with embedded microphones opens up opportunities for new app...
Acoustic Source Localisation (ASL) is a problem with real-world applications across multiple domain...
Sound source localization with microphone arrays has received considerable attention as a means for ...
This paper deals with utilization of beamforming in acoustic source localization using static microp...
An algorithm is presented that enables devices equipped with microphones, such as robots, to move wi...