Sve je veći broj broj muzeja i kulturnih atrakcija koje koriste digitalne tehnologije kao platformu za pružanje informacija o lokalitetima i kulturnoj baštini. Prvi kontakt savremenog posetioca sa kulturnom baštinom je upravo preko interneta. Aplikacije kao što su sistemi mobilnih vodiča, planeri za putovanje, internet portali i 3D aplikacije podržavaju iskustvo potrošača prlikom posete. Pored toga, mobilne i 3D aplikacije omogućavaju da korisnici lakše razumeju složene kulturne fenomene kroz učenje koje ima zabavni karakter. U radu se istražuje povezanost procesa digitalizacije kulturnog nasleđa i očuvanja autentičnosti. Autentičnost digitalnog nasleđa odnosi se na pouzdanost zapisa i kvalitet sadržaja koji bi trebalo da ga predstavlja. Digitalne tehnologije mogu uticati na kvalitet prenosa informacija i iz tog razloga pristupilo se kvalitativnom istraživanju putem intervjua sa stručnjacima u vezi autentičnosti objekata kulture s obzirom na sprovedenu digitalizaciju. Rezultati istraživanja su pokazali da se autentičnost kulturnog nasleđa u procesu digitalizacije smatra izuzetno važnom s tačke gledišta kustosa muzeja koji su učestvovali u istraživanju.
For the purpose of re-design and improvement of the combined sewer system at the Kumodraz catchment in Belgrade, measurements of rainfall and runoff at the catchment were established in late 1997. Observed data are used for calibration and validation of two rainfall-runoff models: the detailed model BEMUS (Belgrade Model) and a conceptual hydrologic model Visual OTTHYMO. The major facilities of the recommended solution for re-design of the existing system are three retention ponds and outlet into a trunk. The paper briefly presents assessment of design flows for these four locations of the catchment based on results from the calibrated models. Data on intense storms that caused severe flooding within the catchment (and also all over Belgrade and other parts of Serbia) in June and July 1999 are used for comparison of design flows with a real event. During these storms the flow gauging equipment at the catchment was destroyed and only the rainfall data was available. In order to analyze the system under extreme conditions it is therefore necessary to perform hydrograph simulations. The basic idea was to check return periods of rainfall and runoff for these storms.
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