The invention discloses an analog simulation system for a ship complex system for operational training. The analog simulation system includes an analog system of a ship main component system, the analog system including an analog operation control and display control system, an analog power display control system and an analog security display control system; a physical model simulation system for simulating physical models in a ship power system; a ship cabin analog system for the use of the whole ship and ship cabin equipment analog by virtual reality technology; a distributed collaborative simulation platform for network co-simulation and data exchange of the systems in the ship analog simulation system; and a data sharing management module for data storage and sharing of the systems in the ship analog simulation system. A training system constructed via the system has the advantages of low training cost, low training risks, short training time, and high overall cost performance, and can meet the needs of military training.

Analog simulation system for ship complex system for operational training

The invention discloses a management system for of a navigation performance of a ship in operation. The management system is composed of a sensing module, a data management module, and an applicationmanagement module. The sensing module consists of a conventional sensing unit, an installation sensing unit, and a signal conditioning transmission module. The data management module connected with the signal conditioning transmission module by a bus network is used for receiving a sensing signal, analyze data of the sensing signal, and generating a real-time monitoring database. The application management module connected with the data management module is used for obtaining and displaying evaluation information and estimation information according to the real-time monitoring database and thedata model. Therefore, the real-time navigation performance monitoring system can be modified and established at a ship in operation to collect the current sailing state of the ship and navigation environment information in real time; and the evaluation on the navigation performance of the current ship and the follow-up voyage estimation and navigation guidance are obtained based on the calculation and analysis by the data model.

Management system for real-time monitoring of navigation performance of ship in operation

The invention relates to an immersive remote driving control system based on real-time data interaction, the system comprising a sensing system, a shore end communication center, a remote control center and a virtual driving operating system. The sensing system is electrically connected with the shore end communication center, and the shore end communication center and the remote control center are electrically connected; the remote control center is electrically connected to the virtual driving operating system; the sensing system is connected with the shore end communication center to updatethe latest data information in real time, and the remote control center sends the data information to the virtual driving operating system so that the virtual driving operating system can perform data processing and VR display; a driver issues a control instruction and remotely controls a ship control system via the shore end communication center. According to the invention, operators can observeambient conditions clearly at any moment in reconstructed scenes, so that safety is enhanced; in order to solve the problem of unstable transmission links, data interframe complementation is performed on the basis of previous data, so that the smoothness of frames is guaranteed.

Immersive remote driving control system and method based on real-time data interaction.

A ship motion control testing system belongs to the technical field of control testing, and especially relates to a ship motion control testing system. The invention provides a ship motion control testing system which can reduce the test cost and shorten the development cycle. The ship motion control testing system comprises a ship motion mathematical model, a virtual bridge, a control value loading algorithm part, an environmental parameter setting part, a ship motion virtual reality part, a ship motion virtual reality simulation scene, and an autopilot, and is structurally characterized in that the ship motion mathematical model is connected with the virtual bridge, the control value loading algorithm part, the environmental parameter setting part, the ship motion virtual reality part, the ship motion virtual reality simulation scene and the autopilot.

Jiang Yunying

Papers

Ship motion control testing system