Makoveichuk O. Models, Methods and Information Technology of Designing and Use of Visual Information Structures of Augmented Reality

The actual scientific problem of the development of a theoretical base for the creation of models, methods, and information technology of designing and use of visual information structures in augmented reality systems for application in various spheres of information processing that has essential value in technical sciences is solved in the thesis. For the first time, there have been developed a model and method of forming stable mosaic stochastic augmented reality markers. For the first time, there has been developed a method for detecting mosaic stochastic augmented reality markers. For the first time, there has been developed a method for determining the parameters of the projective transformation of mosaic stochastic markers. For the first time, there has been developed a method for decoding mosaic stochastic augmented reality markers. Theoretical bases of the designing and use of visual information structures of augmented reality received further development. The model of visual information structures of augmented reality has been improved. The method for projecting virtual objects on the plane of the augmented reality marker has been further developed. The information technology of the designing and use of augmented reality markers has been improved. The introduction of models and methods developed in the dissertation in the modernization of existing systems and in the development of advanced augmented reality systems will ensure the sustainable operation of information technology and augmented reality systems by designing and using mosaic stochastic markers. The obtained practical results are confirmed by acts of implementation and prove the correctness of the theoretical provisions of the dissertation, the high quality of the developed methods and information technology.