The Study of Communication Equipment Simulative Training Based on HLA and 3D Simulation

摘要

In order to solve the difficulties existed in current communication equipment simulative training, such as distributive interaction, real-time simulation, cable modeling and operation evaluating, four approaches were proposed in the paper. Firstly, a simulative training architecture based on HLA was proposed, with this architecture the distributive interaction were well solved. Secondly, many methods were adopted for 3D optimized modeling of communication equipment, thus the real-time simulating ability of system was improved. Thirdly, a lifelike flexible-cable modeling method was proposed, so that the cable modeling was solved. Lastly, an evaluating method based on Petri net was proposed, which solved the modeling and calculating matter of equipment operation evaluating. The paper's work has been applied successfully in practice. It can also be well applied to other non-communication equipment simulative training.