Top level design of A Mission Control System for unmanned aircraft focusing on BAR (Ballistocraft for Acceleration Research)

Many scientists make use of microgravity experiments to investigate the influence of gravity on systems. Microgravity experiments can be done in many different ways such as drop-towers, rockets, spacecraft and manned aircraft. These conventional ways all have many disadvantages such as price to high, duration to short, more than one researcher per test and very low availability. Most researchers that plan to do an experiment have to pay a lot of money, only get one chance to do their experiment and have to wait a very long time before they can do their experiment. An unmanned aircraft that has the ability of flying microgravity flights, solves a lot of the problems faced by the researchers. With an unmanned aircraft the researches are able to fly more than one experiment per day without having to wait too long before they can do their experiment. The disadvantages of using an unmanned aircraft for microgravity experiments are that the microgravity is only a short period and there is not very much room for the experiment in the aircraft...Applied SciencesElectrical EngineeringTelecommunications and Traffic Control Systems Grou