The analysis of cadastral index map maintenance approaches in the areas of improved graphic cadastre

Tema magistrskega dela je analiza pristopov vzdrževanja zemljiškokatastrskega prikaza na območjih položajno izboljšanega grafičnega katastra. Na območjih grafičnega katastra se je v preteklih letih izvedla izboljšava geometrije zemljiškokatastrskega načrta oziroma prikaza z izravnavo in s homogenizacijo. Vzdrževanje katastrskega načrta je treba po izvedbi množične položajne izboljšave podrobneje opredeliti. Pri tem se mora upoštevati uveljavljena zahteva, da se ohranja relativna oblika obravnavanih parcel. Ena od možnosti je uporaba relativne geometrije grafičnega katastrskega prikaza (izvirnika) kot elementov simuliranega terenskega elaborata in njegova uporaba za opredelitev predlagane meje pred mejno obravnavo. Z uporabo membranske metode izravnave in homogenizacije smo razvili nov pristop, to je membranski pristop, k določanju položajev lomov predlagane meje, ki upošteva uveljavljeno zahtevo po ohranjanju relativne oblike obravnavanih parcel. Razviti membranski pristop smo na dveh izbranih območjih primerjali z uveljavljenimi načini določitve lomov predlagane meje. Ključna prednost membranskega pristopa je objektivna določitev položajev lomov in ocene točnosti koordinat glede na izbrane vhodne podatke.The topic of the master\u27s thesis is the analysis of approaches to maintaining the cadastral index maps in the areas of improved graphic cadastre. In the areas of the graphic cadastre, the geometry of the cadastral map, e.g., cadastral index map, has been improved by adjustment and homogenization recently. The maintenance of the cadastral map needs to be defined in more detail after the implementation of the mass positional quality improvement. In doing so, the established requirement to maintain the relative shape of the land plots in question must be taken into account. One of the possibilities is the use of the relative geometry of the graphic cadastral maps (original) as elements of the simulated field study and its use to define the proposed boundary before the boundary treatment. Using the membrane method of adjustment and homogenization, we developed a new approach, e.g., membrane approach, to determine the vertexes% positions of the proposed boundary, which considers the established requirement to maintain the relative shape of the considered plots. The developed membrane approach was compared in two selected areas with the well-known methods of determining the vertexes of the proposed boundary in practice. A key advantage of the membrane approach is the objective determination of vertexes% positions and the accuracy of their coordinates considering the input data