OBJECT DETECTION
OBJECT DETECTION
The purpose of this deep learning is to offer the submarine the opportunity to find its way around in water and also to identify the competition’s challenges around it and complete them as it should be.
OBJECT DETECTION
OBJECT DETECTION
The purpose of this deep learning is to offer the submarine the opportunity to find its way around in water and also to identify the competition’s challenges around it and complete them as it should be.
FlexBE
FlexBE allows to create different behaviors for the submarine with a simple interface that avoids any integration of complex codes. Only the basic states of the AUV requires programming. With this drag and drop editor, building a state machine is much easier.
FlexBE
FlexBE allows to create different behaviors for the submarine with a simple interface that avoids any integration of complex codes. Only the basic states of the AUV requires programming. With this drag and drop editor, building a state machine is much easier.
LQR CONTROL
The purpose of LQR is to control the position and movements of the submarine using the eight engines present on the submarine to perform precision tasks and longer distance movements.
The LQR method greatly reduces the adjustment time associated with control and allows the six degrees of freedom to be controlled with the same controller.
LQR CONTROL
The purpose of LQR is to control the position and movements of the submarine using the eight engines present on the submarine to perform precision tasks and longer distance movements.
The LQR method greatly reduces the adjustment time associated with control and allows the six degrees of freedom to be controlled with the same controller.
JOIN US
Be a part of our adventure.
JOIN US
Be a part of our adventure.
