Navigation simulation training application system exposure

The navigation simulator uses advanced distributed interactive simulation (DIS: Distributed Interactive Simulation) and high-level architecture (HLA: High Level Architecture) design ideas, and advanced network technology that can be easily connected to the Internet to connect the various computers of the system.
The composition of the nautical simulation training system:
? Real ship cockpit system? Simulation navigation system? Electric control system? Real instrument system? Multi-channel channel vision system? Simulation sound system

Navigation simulation training implementation principle:
Each ship passes through a 3D view and a radar image. The coach station and the computers in each ship use high-performance microcomputers, and the computers are connected by network. Each ship in the simulator is fully functional and can fully simulate the operating environment of the ship's bridge. It can be used for advanced maneuvering and piloting training in restricted waters. Simulator training and competency assessment as required by the STCW78/95 Convention; the navigation simulator has high simulation accuracy, and the simulator's performance indicators fully meet the Norwegian Classification Society (DNV) performance standards for marine simulators (Standardfor Certification No2.14 Maritime Simulator Systems) and the performance requirements of the China Maritime Safety Administration and the STCW 78/95 Convention for simulators for training and competency assessment, which can be used to fully implement the various training and competency assessments under the STCW 78/95 Convention. .

The navigation simulator adopts the most advanced technical means and methods, such as computer imaging technology, virtual reality technology, seamlessly stitching wide-angle angle ring curtain projection technology, etc., which can display the digital port and related facilities dynamically and realistically. In front of the operator. In addition to meeting the requirements of various training and competence assessments, the simulator can perform engineering demonstrations and maritime analysis.

Application areas:
The nautical simulator provides the driver with a very realistic training environment that meets the requirements of the STCW78/95 Convention and must be evaluated using the simulator and continuous proficiency training. It can be used for student training, crew with different experience, The team of the captain and the senior pilots can cooperate with the single-person training to perform comprehensive training such as BTM (Bridge Team WorManagement) and Bridge Resource Management (BRM, BridgeResource Management). It can be used for ship maneuvering training under various types, tonnage ships, various meteorological and different navigation channels, as well as radar, ARPA simulation training, ECDIS operation training, port and channel development and application, and accident investigation and analysis.