CAJ | 학술논문

针对室内导航系统由二维平面向三维场景发展的现实需求，基于增强现实技术，面向个人移动终端，配合动态显示技术，本文设计一个面向室内导航的三维系统技术框架并进行初步实现。实例应用表明，该系统可在顾及室内三维导航的需求及个人移动平台资源、计算能力有限之间的矛盾的基础上，实现三维模型的流畅显示和室内路径的快速查询，同时给出室内导航的路线和相关的指示信息，为人们的室内行动和生活带来方便，提高效率。
침대실내도항계통유이유평면향삼유장경발전적현실수구，기우증강현실기술，면향개인이동종단，배합동태현시기술，본문설계일개면향실내도항적삼유계통기술광가병진행초보실현。실례응용표명，해계통가재고급실내삼유도항적수구급개인이동평태자원、계산능력유한지간적모순적기출상，실현삼유모형적류창현시화실내로경적쾌속사순，동시급출실내도항적로선화상관적지시신식，위인문적실내행동화생활대래방편，제고효솔。
This paper demonstrates a 3D navigation system of urban indoor space guidance.One critical problem of existing guid-ance systems for the indoor space is that they mostly deal with two-dimensional maps.Moreover, current systems are also not very intuitionist and thus bring troubles in understanding.In this paper, a novel indoor space navigation system is put forward, which can provide helpful information to guide people to travel in the underground intelligently and conveniently.Different from most previous systems, it adopts virtual reality simulation technology that cooperates with dynamic display technology, computing tech-nology and communication networks.Through this approach, users can find and be guided to their destination quickly.The re-sults of simulation show this navigation system is not only feasible but also has effective performance.