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Augmented Reality for architectural education and fire prevention of traditional Korean buildings

초록

영어

This article shows an application of Augmented Reality for Korean Cultural Traditional Building. In this case, the Namdaemun Gate; the "National Treasure No.1"of South Korea, was reviewed. We know that, on 10 February 2008, the Namdaemun Gate was burned down under thefire and collapsed although many fireman forces arrived on time. The main reason for the fail of the fire prevention is the difficulty of getting fire under control without knowledge about the basic structure of wooden frameworks. Therefore, along with great progress of digital technology, an applying
science of virtual information to architectural heritage buildings is needed. The new technology, Augmented Reality (AR), comes out and brings with itself many advantages for digital architectural design and construction fields. The AR is being considered the new method of design to approach architecture. With the AR environment, the 3D graphic model of Namdaemun Gate can be integrated into real world, and users can interact to it, namely the firemen can gain
knowledge of wooden frameworks structure and be trained for emergency case. The main focus of this research is to give educational information on the traditional wooden structure on- and off-site for architectural students, archaeological profession, etc., especially the fireman, using this new technology. In this article, some experiments are shown out to illustrate how the AR system can assist fireman to get knowledge for prevention of fire on wooden traditional buildings.

목차

Abstract
 1. Introduction*
 2. Augmented reality technology- new researchapproach in architecture
  2.1 Augmented reality technology
  2.2 Augmented reality technology in architecture
 3. Traditional wooden building in digital environment
  3.1 properties of traditional wooden building in korea
  3.2 System design
  3.3 Software
  3.4 Hardware
 4. testing the system
  4.1 scenario of the concept
  4.2 testing the system
 5. conclusion and future work
 REFERENCES

저자정보

  • Toan Phan Viet 경북대 대학원 박사과정
  • Choo Seung Yeon 경북대 토목건축공학부 교수 공학박사

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