The optimisation of a non-linear control problem by genetic algorithm (GA) is studied in this paper. It involves the performance of a fully autonomous control system for regulating the course keeping manoeuvres of an oil tanker. This control system consists of an autopilot and a sliding mode controller (SMC). The GA is used to optimise the performance of the complete system by optimising the parameters of the SMC
Artificial intelligence based ship control systems such as fuzzy logic, neural networks and genetic ...
The optimisation of the PID controllers' gains for separate propulsion and heading control systems o...
The use of genetic methods for the optimisation of propulsion and heading controllers for marine ves...
The optimisation of a non-linear control problem by genetic algorithm (GA) is studied in this paper....
A genetic algorithm (GA) optimization application is presented in this paper. It involves the perfor...
The optimisation of non-linear control systems by genetic algorithms is studied in this paper. It in...
This paper oulines the use of genetic algorithm (GA) based methods of optimization as applied to the...
This paper oulines the use of genetic algorithm (GA) based methods of optimization as applied to the...
: The optimisation by Genetic Algorithm (GA) of a non-linear autopilot for ship course changing is s...
Two different control configurations have been designed for the navigation and propulsion systems o...
Two different control configurations have been designed for the navigation and propulsion systems o...
The optimisation of nonlinear controller parameters by genetic algorithm (GA) is explored in this pa...
The optimization of nonlinear controller parameters by Genetic Algorithm (GA) is explored in this p...
The optimisation of the PID controllers' gains for separate propulsion and heading control systems o...
The optimization of nonlinear controller parameters by Genetic Algorithm (GA) is explored in this p...
Artificial intelligence based ship control systems such as fuzzy logic, neural networks and genetic ...
The optimisation of the PID controllers' gains for separate propulsion and heading control systems o...
The use of genetic methods for the optimisation of propulsion and heading controllers for marine ves...
The optimisation of a non-linear control problem by genetic algorithm (GA) is studied in this paper....
A genetic algorithm (GA) optimization application is presented in this paper. It involves the perfor...
The optimisation of non-linear control systems by genetic algorithms is studied in this paper. It in...
This paper oulines the use of genetic algorithm (GA) based methods of optimization as applied to the...
This paper oulines the use of genetic algorithm (GA) based methods of optimization as applied to the...
: The optimisation by Genetic Algorithm (GA) of a non-linear autopilot for ship course changing is s...
Two different control configurations have been designed for the navigation and propulsion systems o...
Two different control configurations have been designed for the navigation and propulsion systems o...
The optimisation of nonlinear controller parameters by genetic algorithm (GA) is explored in this pa...
The optimization of nonlinear controller parameters by Genetic Algorithm (GA) is explored in this p...
The optimisation of the PID controllers' gains for separate propulsion and heading control systems o...
The optimization of nonlinear controller parameters by Genetic Algorithm (GA) is explored in this p...
Artificial intelligence based ship control systems such as fuzzy logic, neural networks and genetic ...
The optimisation of the PID controllers' gains for separate propulsion and heading control systems o...
The use of genetic methods for the optimisation of propulsion and heading controllers for marine ves...