Simulation of Search Surveillance Radar Display Using Colored PetriNet

Dr. Qaysar professor in Ishik University outlines the brief of this book on Raising Radar Technology with using Colored Petri Net Programming. The first part constructs search radar coverage. As radar waves are transmitted they are affected by the earth topography. The topography is read from either contour maps or from digital terrain maps and their effects are presented on the radar coverage. Also as radar waves travel through the atmosphere they suffer attenuation by atmospheric gases and attenuation by fog and rain. These effects are also presented for different rain and for extents in the atmosphere. The radar coverage is modeled using the Hierarchical Colored Petri Nets. The second part simulates the radar monitor and a number of flying targets and their appearance on the simulated monitor. It is concluded that this project will be the principle of 3D radar monitor and will give concurrency transparency and multilayer radar display and will be modified with i7 processor for future work.