Beginner's guide to drones, UAVs, and ROVs.
"11" Result
Sort By:
Embedded Mechanics Systems Design for Uncertain Environments has been prepared for those who seek to easily develop and design embedded systems for control purposes in robotic vehicles. It reflects the multidisciplinarily of embedded systems from initial concepts (mechanical and…
The following topics are dealt with: unmanned marine vehicles; ROV LATIS; next generation smart underwater vehicle; neural network-based switching adaptive control; dynamic positioning system; dynamic tracking system; port-Hamiltonian control; sonar-based simultaneous localizati…
The following topics are dealt with: unmanned marine vehicles; ROV LATIS; next generation smart underwater vehicle; neural network-based switching adaptive control; dynamic positioning system; dynamic tracking system; port-Hamiltonian control; sonar-based simultaneous localizati…
The following topics are dealt with: unmanned marine vehicles; ROV LATIS; next generation smart underwater vehicle; neural network-based switching adaptive control; dynamic positioning system; dynamic tracking system; port-Hamiltonian control; sonar-based simultaneous localizati…
An update to the previous edition, detailing advances from this rapidly developing field.
The following topics are dealt with: unmanned marine vehicles; ROV LATIS; next generation smart underwater vehicle; neural network-based switching adaptive control; dynamic positioning system; dynamic tracking system; port-Hamiltonian control; sonar-based simultaneous localizati…
The following topics are dealt with: unmanned marine vehicles; ROV LATIS; next generation smart underwater vehicle; neural network-based switching adaptive control; dynamic positioning system; dynamic tracking system; port-Hamiltonian control; sonar-based simultaneous localizati…