Abstract This paper describes the application of geometric bounding techniques to range-only navigation of an underwater vehicle. A geometric technique is defined to obtain a position fix of an underwater vehicle using a combination of dead-reckoning navigation and acoustic measurements of range between the underwater vehicle and a GPS equipped ship. An assessment is made of the accuracy to which navigational parameters can be estimated using these methods
Locating a target from range measurements using only one mobile transducer has been increased over t...
Accurate navigation is a fundamental requirement for robotic systems—marine and terrestrial. For an ...
This paper studies the underwater localization problem for a school of robotic fish, i.e., a kind of...
This paper describes the application of geometric bounding techniques to range-only navigation of an...
This paper describes the application of geometric bounding techniques to navigation of an underwater...
The paper addresses observability issues related to the general problem of single and multiple Auton...
This paper describes a novel experiment in which two very different methods of underwater robot loca...
Abstract — This paper describes a novel experiment in which two very different methods of underwater...
In source localization problems, the relative geometry between sensors and source will influence the...
The development and verification of a sensor-based underwater navigation system are described. We fo...
The paper investigates the principles of a Cooperative Localization Algorithm for a team of at least...
This paper describes a method for the precise postprocessed positioning of a deep-diving autonomous ...
Underwater localization is used as a key element in most applications of underwater communications. ...
We propose an acoustic-based framework for automatically homing an Autonomous Underwater Vehicle (AU...
h i g h l i g h t s • A novel localization method for Autonomous Underwater Vehicle is proposed. • M...
Locating a target from range measurements using only one mobile transducer has been increased over t...
Accurate navigation is a fundamental requirement for robotic systems—marine and terrestrial. For an ...
This paper studies the underwater localization problem for a school of robotic fish, i.e., a kind of...
This paper describes the application of geometric bounding techniques to range-only navigation of an...
This paper describes the application of geometric bounding techniques to navigation of an underwater...
The paper addresses observability issues related to the general problem of single and multiple Auton...
This paper describes a novel experiment in which two very different methods of underwater robot loca...
Abstract — This paper describes a novel experiment in which two very different methods of underwater...
In source localization problems, the relative geometry between sensors and source will influence the...
The development and verification of a sensor-based underwater navigation system are described. We fo...
The paper investigates the principles of a Cooperative Localization Algorithm for a team of at least...
This paper describes a method for the precise postprocessed positioning of a deep-diving autonomous ...
Underwater localization is used as a key element in most applications of underwater communications. ...
We propose an acoustic-based framework for automatically homing an Autonomous Underwater Vehicle (AU...
h i g h l i g h t s • A novel localization method for Autonomous Underwater Vehicle is proposed. • M...
Locating a target from range measurements using only one mobile transducer has been increased over t...
Accurate navigation is a fundamental requirement for robotic systems—marine and terrestrial. For an ...
This paper studies the underwater localization problem for a school of robotic fish, i.e., a kind of...