High quality marine simulator and its developing platform system

A technology for developing platforms and simulators, applied in the field of navigation teaching and training, and can solve problems such as unimaginable increases

Active Publication Date: 2007-07-18
大连海大智龙科技有限公司
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Problems solved by technology

[0002] In the early 1980s, Dalian Maritime University introduced my country’s first radar / ARPA simulator from Norway. Later, Shanghai Maritime University and Jimei Navigation Institute introduced their own radar / ARPA simulators respectively. Training and training have played a very important role, but the technology is in the hands of others, and we cannot use these devices to do more work, increase their functions as we imagined, and improve their teaching effects

Method used

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  • High quality marine simulator and its developing platform system
  • High quality marine simulator and its developing platform system
  • High quality marine simulator and its developing platform system

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Embodiment Construction

[0062] 1. System workflow

[0063] The whole system is organized into a two-level network (Figure 1). The trainer's station and each own ship's chartplotter form a first-level network, and the trainer's station is the main control computer, which is responsible for exchanging information with each own ship's chartplotter. Each microcomputer in each own ship forms a second-level network, which adopts point-to-point communication. This kind of network structure has a simple network topology structure, which is convenient for adding or removing simulation nodes (own ship), and is also convenient for adding or removing equipment in the own ship, and has great flexibility. The software workflow of the whole simulation system is as follows:

[0064] 1) The chartplotter in the ship sends a registration application to the trainer station. After receiving the application, the trainer station adds the ship to the system simulation entity queue and sends a registration success message ...

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Abstract

A marine simulator used for marine teaching consists of ship movement mathematic model, simulated driving desk, equipment and visual scene system. it is featured as using microcomputer group as base and applying distributed interactive simulation, computer imaging, stereo visual, geometric calibration and edge merging techniques as well as setting visual scene system on both master ship and sub-ship to make six-freedom high accuracy teaching mode to be all-task marine simulator. Its development platform system is also disclosed.

Description

technical field [0001] The invention belongs to the technical field of navigation teaching and training. It is mainly used in the demonstration of port and waterway engineering, the evaluation of special maneuvering schemes of ships, etc. Background technique [0002] In the early 1980s, Dalian Maritime University introduced my country’s first radar / ARPA simulator from Norway. Later, Shanghai Maritime University and Jimei Navigation Institute introduced their own radar / ARPA simulators respectively. Education and training have played a very important role, but the technology is in the hands of others, and we cannot use these devices to do more work, increase their functions as we imagined, and improve their teaching effects. From the late 1980s, in order to get rid of this situation, we started the process of developing our own navigation simulators. We first started with the development of radar / ARPA simulators (called Blind Simulators in foreign countries, "blind" simulator...

Claims

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Application Information

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IPC IPC(8): G09B9/06
Inventor 金一丞尹勇李志华任鸿翔张秀凤刘秀文张百安刘丹任俊生张显库解翠孙霄峰杨晓
Owner 大连海大智龙科技有限公司
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