The 精品无码国产自产 is enhancing its expertise in marine autonomy through the creation of an integrated advanced platform that can be used for ocean surveying and data gathering.
Working in partnership with the Royal Navy and Robosys Automation, the project will involve a range of new operations systems being fitted to one of the University鈥檚 uncrewed service vessels (USV).
The vessel, a C-Enduro USV which goes by the name of Bauza, undertakes a range of hydrographic and oceanographic surveying and training.
The University has been awarded a contract to supply the vessel to the Royal Navy, which will enable it to efficiently, intelligently and safely perform over-the-horizon data gathering operations.
In turn, it has agreed a contract with Robosys to integrate its VOYAGER AI software, an autonomous suite of vessel control software that features systems including radar, autopilot control, collision and obstacle avoidance, and anti-grounding capabilities.
The USV will also be fitted with Robosys鈥 recently launched USV Remote Control Waistpack. It delivers full wireless remote control in any weather conditions from any local range mothercraft or shoreside short range, which is seamlessly switchable with the Remote Operations Centre housed within the University鈥檚 Marine Station.
The project builds on the University鈥檚 long-running partnership with the Royal Navy, and expands on its considerable work across the marine autonomy sector.
Professor Christopher Fogwill
