iBeacon微定位結合擴增實境應用於數位導覽系統

一般傳統導覽型式，在觀眾自由參觀的情況下，僅能取得片面的展示內容資訊，需要透過導覽人員才能瞭解展示品的深入內容，但在導覽人員缺乏下，應該如何使參觀者獲得額外的資訊，是值得深思的地方。本研究目的在於，針對空間性歸納感測器差異、並藉由探討現有擴增實境個案，了解不同類別在擴增實境展示上有利的呈現方式，在歸納文獻與個案的資料分析後，製作導覽系統並進行系統可用性評估。本研究最終使用擴增實境結合iBeacon藍牙定位技術，規劃嶺東科技大學感知互動中心導覽系統，利用數位導覽互動的方式介紹展示內容，研究對象為隨機挑選30名參觀者，在參觀者體驗系統過後以SUS可用性問卷進行測試，檢視使用者對於結合iBeacon與擴增實境之導覽系統的可用性。在研究結果中，受測者的平均分數為73，可以得出使用者對於iBeacon定位結合擴增實境導覽應用程式在使用上達到可用性。

關鍵字

數位導覽；擴增實境； iBeacon ；可用性

並列摘要

In general, the audience can obtain the in-depth information through navigating the exhibition by audio or personal guides, otherwise they can only obtain partial information by a traditional media type. Lacking trained guides for visitors, how to let visitors obtain additional information is the researcher’s motivation for this study. The goal of this study is to investigate differences in spatial induction sensors, to explore the favorable exhibition display manner through existed case study of augmented reality, to develop a new kind navigation system through reviewed literature and case study, and to perform a system usability assessment. Eventually, this study adopts augmented reality combined with iBeacon Bluetooth positioning technology to establish a multimedia guide system for the Perceptual Interactive Art center in Ling Tung University, which employs this digital multimedia guide to introduce the display and its contents. The testing subjects include 30 visitors who use this system and test the SUS interviewing questionnaire. The testing result is an average score of 73 which confirms a positive usability of this augmented reality with iBeacon Bluetooth positioning multimedia guide system.