W artykule przedstawiono zastosowanie elementów teorii gier i sztucznej inteligencji do automatyzacji procesu sterowania obiektami ruchomymi na przykładzie bezpiecznego sterowania własnym statkiem w sytuacjach kolizyjnych podczas mijania się ze spotkanymi statkami. Przedstawiono algorytmy wyznaczania bezpiecznej trajektorii statku wspomagające decyzję manewrową nawigatora w sytuacji kolizyjnej. Rozważania zilustrowano przykładami komputerowej symulacji w oprogramowaniu Matlab/Simulink bezpiecznych trajektorii statku w rzeczywistej sytuacji na morzu.The paper introduces the application of selected methods of game theory and artificial intelligence for automation of the control process of moving objects on the example of safe ship steering in...
The paper introduces the positional cooperative and non-cooperative game of a greater number of met ...
This article presents a combination of remote sensing, an artificial neural network, and game theory...
This study provides both a spherical understanding about autonomous ship navigation for collision av...
AbstractThe paper describes the application of selected methods of optimal control theory, game theo...
This paper introduces the application of optimal and game theory methods in marine navigation. The f...
The paper describes six methods of optimal and game theory and artificial neural network for synthes...
Ship collisions belong to major hazards to the safety of navigation. This article presents a prototy...
The paper presents application of dynamic games methods, multistage positional and multistep matrix ...
The paper introduces methods of dynamic games for automation of ship control in the collision situat...
This paper presents an application of selected methods of optimal and game control theory to determi...
The paper introduced the basic model of process of safe ship control in a collision situation using ...
Automatic simulation programs of ship navigation can be a powerful tool for operational planning and...
The paper introduces the process of safe ship control in collision situations using a differential g...
This work provides a mathematical description of a process game for the safe driving of a ship that ...
The paper introduces the positional cooperative and non-cooperative game of a greater number of met ...
The paper introduces the positional cooperative and non-cooperative game of a greater number of met ...
This article presents a combination of remote sensing, an artificial neural network, and game theory...
This study provides both a spherical understanding about autonomous ship navigation for collision av...
AbstractThe paper describes the application of selected methods of optimal control theory, game theo...
This paper introduces the application of optimal and game theory methods in marine navigation. The f...
The paper describes six methods of optimal and game theory and artificial neural network for synthes...
Ship collisions belong to major hazards to the safety of navigation. This article presents a prototy...
The paper presents application of dynamic games methods, multistage positional and multistep matrix ...
The paper introduces methods of dynamic games for automation of ship control in the collision situat...
This paper presents an application of selected methods of optimal and game control theory to determi...
The paper introduced the basic model of process of safe ship control in a collision situation using ...
Automatic simulation programs of ship navigation can be a powerful tool for operational planning and...
The paper introduces the process of safe ship control in collision situations using a differential g...
This work provides a mathematical description of a process game for the safe driving of a ship that ...
The paper introduces the positional cooperative and non-cooperative game of a greater number of met ...
The paper introduces the positional cooperative and non-cooperative game of a greater number of met ...
This article presents a combination of remote sensing, an artificial neural network, and game theory...
This study provides both a spherical understanding about autonomous ship navigation for collision av...