COCKPIT VIEW VEHICLE GAME SIMULATORS FOR MASSIVE PARALLEL ARRAYS PLATFORM BASED ON NEURAL-FUZZY SYSTEMS

This research is an extended investigation of using game simulator to the Massive Actuator Array platform. Two
kind of prototypes cockpit view game simulators are designed to be implemented to the platform. The two prototypes are
Aircraft and ground All-terrain vehicle game simulator. The aircraft simulator is made by OGRE3D engine and SDL, while
the ATV simulator used NVidia PhysX engine. The controller of aircraft simulator is a joystick and/ or keyboard buttons
and the controller of ATV simulator are steering wheel and/
or keyboard. The output of this neuro-fuzzy network will be
used to control the movement of the actuator Massive Array platform. From the simulation results we concluded that the
two game simulators prototypes have been made correctly. In addition, some constraints are also added to the simulator in
order to give real environment, such as clouds and wind effects on aircraft as well as the effects of flat road, off road, ice,
sand and mud on land vehicles. Regarding the Simulator performances show that both prototypes are suitable to be
implemented to the Actuator Massive Array platform.