모바일 증강현실과 위치기반정보를 적용한 대학캠퍼스 공간관리 시스템 구축에 관한 연구

Abstract

Over the past decade, building information modeling (BIM) has gained a foothold in the construction sector.However, as digital data generated in the virtual space of a computer environment, BIM-based data have an inherent limitation in their application efficacy under field conditions. To overcome this, the present studyemploys Computer Vision (CV) to reduce the discrepancy between the digital data generated in virtual spaces and real-world cnditions. We assessed the potential applicability of an CV-based interface by analyzing existing examples of Apple, Google, and Facebook, which reflect the recent developments of technologies focusing on user experience. We then proceeded with an CV study, restricting the scope of application to a mobile environment in which an efficient information transmission between a digital model and real life can take place. Object-oriented software engineering was employed to ensure an efficient implementation of a BIM-based CV system for campus space management (CSM) in a mobile environment. Finally, we conducted a module test to check the reliability of the CSM method by using an CV-based mobile system with a prototype of the model used in university campuses, and extracted and itemized the supplementary requirements for CSM by using BIM tools for running CV applications.