This paper makes full use of information obtained by various kinds of marine geographical features sensors according to the characteristics of underwater autonomous navigation system (gravity navigation, terrain-aided navigation, magnetic navigation) for data preprocessing, algorithm analysis, performance evaluation, intelligent data fusion, and then complete modular simulation of underwater passive navigation system design, providing practical design and technical line for the underwater passive navigation system for the further study. The result shows that using underwater terrain matching aided navigation can effectively correct inertial navigation system (INS) errors and get the design demands, thereby provide reliable technical support...
For underwater vehicles, because GPS signals are not always available, it is necessary to use inerti...
The trend of ocean exploitation puts forward higher requirements for automatic vehicles, while navig...
Abstract—A new simple and low cost passive navigation system can be composed of a rate azimuth inert...
This paper makes full use of information obtained by various kinds of marine geographical features s...
The data Preprocessing, algorithm analysis and performance evaluation were done making full use of v...
The data preprocessing, algorithm analysis and performance evaluation were done making full use of v...
Underwater passive navigation technology is one of the important development orientations in the fie...
Gravity gradient based passive navigation for autonomous underwater vehicle (AUV) is proposed in thi...
Gravity gradient based passive navigation for autonomous underwater vehicle (AUV) is proposed in thi...
Terrain database is the reference basic for autonomous underwater vehicle (AUV) to implement underwa...
A system model of underwater Terrain-aided Navigation (TAN) is introduced in the paper, which is bas...
In order to provide underwater vehicle high-precision navigation information for long time, the coor...
A system model of underwater Terrain-aided Navigation (TAN) is introduced in the paper, which is bas...
TERCOM, ICP and TIEM algorithms, which mathematically all apply correlation matching mode. have been...
An experiment comparing the location accuracy of gravity matching-aided navigation in the ocean and ...
For underwater vehicles, because GPS signals are not always available, it is necessary to use inerti...
The trend of ocean exploitation puts forward higher requirements for automatic vehicles, while navig...
Abstract—A new simple and low cost passive navigation system can be composed of a rate azimuth inert...
This paper makes full use of information obtained by various kinds of marine geographical features s...
The data Preprocessing, algorithm analysis and performance evaluation were done making full use of v...
The data preprocessing, algorithm analysis and performance evaluation were done making full use of v...
Underwater passive navigation technology is one of the important development orientations in the fie...
Gravity gradient based passive navigation for autonomous underwater vehicle (AUV) is proposed in thi...
Gravity gradient based passive navigation for autonomous underwater vehicle (AUV) is proposed in thi...
Terrain database is the reference basic for autonomous underwater vehicle (AUV) to implement underwa...
A system model of underwater Terrain-aided Navigation (TAN) is introduced in the paper, which is bas...
In order to provide underwater vehicle high-precision navigation information for long time, the coor...
A system model of underwater Terrain-aided Navigation (TAN) is introduced in the paper, which is bas...
TERCOM, ICP and TIEM algorithms, which mathematically all apply correlation matching mode. have been...
An experiment comparing the location accuracy of gravity matching-aided navigation in the ocean and ...
For underwater vehicles, because GPS signals are not always available, it is necessary to use inerti...
The trend of ocean exploitation puts forward higher requirements for automatic vehicles, while navig...
Abstract—A new simple and low cost passive navigation system can be composed of a rate azimuth inert...