Abstract
Autonomous Underwater Vehicles (AUVs) are attractive tools to survey earth science and oceanography. However, there exists a lot of problems to be solved such as motion control, acquisition of sensor data, decision-making, navigation without collision, self-localization and so on. In order to realize useful and practical robots, underwater vehicles should take their action by judging the changing condition from their own sensors and actuators, and are desirable to make their behavior, because of features caused by the working environment. We have been investigated the application of brain-inspired technologies such as Neural Networks (NNs) and Self-Organizing Map (SOM) into AUVs. A new controller system for AUVs using Modular Network SOM (mnSOM) proposed by tokunaga et al. is discussed in this paper. The propose system is developed using recurrent NN type mnSOM. The efficiency of the system is investigated through the simulations. In this paper, the yaw directional dynamics is experienced by using "Twin-Burger". So that, this paper is discussed about this experimental data compare with the simulation model.
