X Infantry Fighting Vehicles Driving Training Evaluation Simulation System

In the thesis, we view on the conflict of current infantry fighting vehicles in the training, increase training costs, difficulties in training support, training venues hard to find, the conflict of job of readiness and military training. In connection with the current driving training inspection analogous system development's advanced method and the technology, we have realized the organic combination of x infantry combat vehicle's technique and tactics request and the computer inspection simulation organic synthesis. In the system very good solution X infantry combat vehicle training's practical difficulty and providing a highly effective platform to raise infantry combat vehicle's operational training level.First we system analysis the frame from the actual need which from the vehicles driving and inspects. After by the numbers analysis of the function and module, respectively, of the simulation system for hardware simulation of the cockpit and the main console implementation of the mechanical structure and digital acquisition analysis argues that the sort of the functional modules of the logical relationship between the key to the structure of simulation were analyzed. And focus on driver training for implementation of the visual system, dynamic simulation model for the analysis of Construction carried out a detailed study. Focus on an analysis of three-dimensional terrain model in the chariot scene in the sports and real-time display. Finally to used the network to realize the driving training inspection to carry on the frame construction and to realize.The infantry combat vehicle driving training inspection analogous system by many simulator cockpits, a main control console and the software part is composed. Each simulation of the cockpit of the main computers and single-chip data transmission by the communications between the connected, through the simulated cockpit of the manipulation of the device to operate a variety of sensors collecting information conveyed to the main computer, via the main computer processing, and real-time combination of three-dimensional vision, and timely training to refresh the driver in front of visual display screen, the driver re-training in accordance with the changed visual graphics and further operation of the vehicle attitude. The main control console with each simulator cockpit composition small confined network, the key station issues the instruction through the network, gathers each cockpit the driving information, momentarily carries on the track monitoring to the cockpit.The system can completing the basic drives, hill driving, restrictions and obstacles on the road drives, road driving and the corresponding night (with headlamps or dim-light night vision) drives. Training assessment in accordance with the relevant provisions of the pilots trained to carry out assessment of the training grade, can display, record and output the results of the training. At the same time to repeat the whole process of driving display, you can choose to show the trainees the best perspective of the whole process of driving, driving to quantify the errors occurs. Training, the host can also be conducted regularly on students driving skills assessment, monitoring of driving the process of assessment to collect aggregate score and can print archive record, implementation of teaching, assessment of integration.