This paper presents an analysis of the main sources of error in a 3D-positioning system using ultrasonic waves, coming to different technical improvements. We suggest a new processing algorithm that will overcome the main sources of error encountered in practice. Comparing with existing processing methods, the proposed technique shows an error reduction by a factor of 20, making the system especially robust against outliers measurements.Peer reviewe
Abstract Sailing‐circle GPS‐acoustic method, prevalently applied for measuring ocean floor crustal d...
This paper introduces ultrasonic 3D position measurement system that will estimate the location of a...
The article describes a high-precision positioning system for determining the position which uses ul...
3D positioning systems typically use actual time-of-flights for triangulation to determine the posit...
This paper describes an iterative Kalman Filter to increase the accuracy of a dynamic 3D position es...
Abstract—A closed-form least-squares (CFLS) solution, based on time-difference-of-arrival (TDOA) mea...
Sound source localization has many applications in a wide range of areas. Time Delay Estimation (TDE...
This paper introduces an ultrasonic 3D position measurement system that will estimate the location o...
Khyam, MO ORCiD: 0000-0002-1988-2328Three dimensional (3D) positioning systems are used in many appl...
A novel 3D position estimation system has been developed that uses the difference in the time-of-arr...
A localization system allows a robot to determine its location. Many algorithms are available with ...
This work addresses a method for location of a wave source by observing the wave as it reaches vario...
<p>The GNSS-Acoustics (GNSS-A) method couples acoustics with GNSS to allow the precise localization ...
The necessity of navigation in people and mobile robots (MR) through specific environments (indoors ...
The problem of position estimation from Time Difference Of Arrival (TDOA) measurements occurs in a r...
Abstract Sailing‐circle GPS‐acoustic method, prevalently applied for measuring ocean floor crustal d...
This paper introduces ultrasonic 3D position measurement system that will estimate the location of a...
The article describes a high-precision positioning system for determining the position which uses ul...
3D positioning systems typically use actual time-of-flights for triangulation to determine the posit...
This paper describes an iterative Kalman Filter to increase the accuracy of a dynamic 3D position es...
Abstract—A closed-form least-squares (CFLS) solution, based on time-difference-of-arrival (TDOA) mea...
Sound source localization has many applications in a wide range of areas. Time Delay Estimation (TDE...
This paper introduces an ultrasonic 3D position measurement system that will estimate the location o...
Khyam, MO ORCiD: 0000-0002-1988-2328Three dimensional (3D) positioning systems are used in many appl...
A novel 3D position estimation system has been developed that uses the difference in the time-of-arr...
A localization system allows a robot to determine its location. Many algorithms are available with ...
This work addresses a method for location of a wave source by observing the wave as it reaches vario...
<p>The GNSS-Acoustics (GNSS-A) method couples acoustics with GNSS to allow the precise localization ...
The necessity of navigation in people and mobile robots (MR) through specific environments (indoors ...
The problem of position estimation from Time Difference Of Arrival (TDOA) measurements occurs in a r...
Abstract Sailing‐circle GPS‐acoustic method, prevalently applied for measuring ocean floor crustal d...
This paper introduces ultrasonic 3D position measurement system that will estimate the location of a...
The article describes a high-precision positioning system for determining the position which uses ul...