The key of real-time obstacle avoidance for AUV is to accurately and fast identify underwater obstacle. In this paper, according to the characteristics of the multi-beam forward-looking sonar of AUV, we extracted the obstacle information from sonar image with the image filtering, fuzzy clustering and morphological methods. Finally, it can be proved that the real-time image processing method is feasible and effective by the lake trial
In this paper1, virtual simulation technology of 3D obstacle avoidance algorithm for AUV is presente...
This paper describes underwater obstacle avoidance and path re-planning techniques for autonomous su...
Obstacle avoidance capability for an Autonomous Underwater Vehicle (AUV) is of high interest for the...
The key of real-time obstacle avoidance for AUV is to accurately and fast identify underwater obstac...
The key of autonomous underwater vehicle to perform a variety of missions in complex sea environment...
How to accurately and fast classification obstacle is the key of real-time obstacle avoidance and av...
How to accurately and fast classification obstacle is the key of real-time obstacle avoidance and av...
Obstacle recognition is one of the key technologies for Unmanned Undersea Vehicle (UUV). In this pap...
In this paper, a new approach to AUV autonomous obstacle avoidance is presented, which can be used t...
Forward-looking sonar is widely used in underwater obstacles and objects detection for navigational ...
On the sea surface and underwater navigation systems, we need to detect obstacles and their position...
Abstract. This paper describes underwater obstacle avoidance and path re-planning techniques for aut...
AbstractAutonomous Underwater Vehicles (AUVs) are generally relying on Forward Looking SONAR (FLS) d...
AbstractWith the advancement of technology, the imaging sonars have become the reality and their usa...
Real-time obstacle and terrain avoidance is highly necessary for an autonomous underwater vehicle ma...
In this paper1, virtual simulation technology of 3D obstacle avoidance algorithm for AUV is presente...
This paper describes underwater obstacle avoidance and path re-planning techniques for autonomous su...
Obstacle avoidance capability for an Autonomous Underwater Vehicle (AUV) is of high interest for the...
The key of real-time obstacle avoidance for AUV is to accurately and fast identify underwater obstac...
The key of autonomous underwater vehicle to perform a variety of missions in complex sea environment...
How to accurately and fast classification obstacle is the key of real-time obstacle avoidance and av...
How to accurately and fast classification obstacle is the key of real-time obstacle avoidance and av...
Obstacle recognition is one of the key technologies for Unmanned Undersea Vehicle (UUV). In this pap...
In this paper, a new approach to AUV autonomous obstacle avoidance is presented, which can be used t...
Forward-looking sonar is widely used in underwater obstacles and objects detection for navigational ...
On the sea surface and underwater navigation systems, we need to detect obstacles and their position...
Abstract. This paper describes underwater obstacle avoidance and path re-planning techniques for aut...
AbstractAutonomous Underwater Vehicles (AUVs) are generally relying on Forward Looking SONAR (FLS) d...
AbstractWith the advancement of technology, the imaging sonars have become the reality and their usa...
Real-time obstacle and terrain avoidance is highly necessary for an autonomous underwater vehicle ma...
In this paper1, virtual simulation technology of 3D obstacle avoidance algorithm for AUV is presente...
This paper describes underwater obstacle avoidance and path re-planning techniques for autonomous su...
Obstacle avoidance capability for an Autonomous Underwater Vehicle (AUV) is of high interest for the...