Abstract

Nowadays, one of the experimental usages of the Augmented Reality ( AR) technology is the support of pilots during a flight. AR can be used not only in aircraft but also in cars. Pilots can have a variety of different information displayed on their Head Mounted Display ( HMD), such as projection of navigation cues or warnings about possible collisions with the terrain. To have such a variety of information in one place many systems need to collaborate. This collaboration needs to be as fast as possible, fault-free and most importantly without any negative impact on the rest of the systems. This Bachelor’s thesis describes, implements and tests the concept of a new network architecture developed for Mixed Reality Flight Simulator (MRFS). This concept includes the reduction of redundant data entering the local network and data structurization. Also as a part of this thesis various clients that request data from remote sources are implemented. These clients also structure the data before sending it to the local network. The test of implementation is also described. As a part of testing a functionality for a visualization of structures received from external sources was created. Visualization is versatile through the creation of vertex and index buffers.

Results/Implementation/Project Description

Conclusion

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