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標題: 有聲iBeacon於室內定位之輔助
Acoustic iBeacon assisted by indoor positioning
作者: 歐嘉彥 
Chia-Yen Ou 
關鍵字: 室內定位;iBeacon;RSSI;盲人;導航;Indoor Positioning;iBeacon;RSSI;Blind;Navi
引用: [1] 林宗翰,'利用RFID感測器於室內環境之盲人導航系統',國立 臺灣師範大學,pp.1–3,2012 [2] 林昱豪,'應用接收信號強度指示通訊iBeacon協定實現室內定 位',國立台北科技大學,pp.77–94,2017 [3] 李賢識,'利用ibeacon 藍牙模組實現室內定位應用之研究', 東海大學,pp.33–42,2017 [4] 朱裕騏,'利用BLE進行室內人員位置感知之研究',銘傳大 學,pp.38–50,2016 [5] 黃濟寰,'應用低耗電藍芽技術於室內定位之研究',國立中興 大學,2014 [6] 洪銘鴻,'iBeacon定位校正方法設計與實作',東海大 學,pp.17–25,2015 [7] Linjun Yu, Yalan Liu*, Tianhe Chi, Lin Peng,' An iBeacon-based Indoor and Outdoor Positioning System for the Fire Emergency Command',Institute of Remote Sensing and Digital Earth, Chinese Academy of Sciences,2017 [8] Feritah Dalkl、Umut Can Cbuk,'An Analysis of the Positioning Accuracy of iBeacon Technology in Indoor Environments',Dokuz Eylul niversity,2017 [9] Milan Herrera Vargas,'INDOOR NAVIGATION USING BLUETOOTH LOWENERGY(BLE) BEACONS',TURKU UNIVERSITY OF APPLIED SCIENCES,2016 [10] Zhu Qiuyue,'Research and Improvement of Indoor LocationAlgorithm Based on RSSI', Xihua University,2017 [11] Thlight iBeacon spec url: /b402X.html [12] iBeacon introduction url: /392ef31a23b9 [13] HTC Desire 10 pro spec: /intro/c01-p5561-htc-desire-10-pro/ [14] Android recorder class url: /a/5b8c839a2b717718833361be/ [15] DB value calculation url: /greatpresident/article/details/38402147 [16] Android ObjectAnimator url: /p/48d79eaf3470 [17] 二階Bezier曲線url: /article/details/2203572 [18] 唐麗英教授,'簡單迴歸分析與相關分析',國立交通大 學,2015

Currently, the needs for the studies and practical demand for indoor positioning have been growing gradually. Additionally, iBeacon for positioning has been widely used recently; however, its accuracy has always been an issue for improvement. Particularly when the users are people with visual impairment, because they are not able to judge their positions by seeing their surroundings as other ordinary people do; therefore, the positioning accuracy is extremely important for them.

The purpose of this study is to utilize mobile phones and Audio iBeacon which developed by THLight Inc. for indoor positioning. Through the sound from the iBeacon to conduct a regression analysis method and prove the dB value has a positive correlation with the RSSI signal. Afterward, design a navigation mobile application with this basis and implement various real-world experiments to confirm the design could effectively increase the positioning accuracy from creating an auxiliary sound with the RSSI signal, as well as correcting the errors that caused by the unstable RSSI signal. Compared with other studies that purely considered RSSI signals for the only positioning basis, this study presents a brand new auxiliary system to reinforce the positioning accuracy. At the end of the research, this study also simulated real scenarios for the people with visual impairment to operate the design; the result indeed demonstrated that the design could assist the visually impaired users and improve their inconvenience in moving indoors.
Rights: 同意授權瀏覽/列印電子全文服務,2022-01-24起公開。
Appears in Collections:資訊科學與工程學系所

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