臺灣博碩士論文加值系統

目前智慧型手機是行動裝置在全球普及率最高之一，且多數的智慧型手機兼具定位、通訊、上網、拍照、錄影與錄音等功能，讓智慧型手機在社交、生活、資訊紀錄和事件通報等應用上非常普遍。而台灣位於板塊交接處及地震帶，又時常發生風災及水旱災，為了讓使用者在發生災害時，能夠及時的通報現場，進而獲得救援或讓他人遠離災害，本研究希望達到以下的目的，提供拍照、錄影及錄音等影音類型的通報次數，作為使用者在選擇通報方式的一個參考。因此本研究針對拍照、錄影及錄音進行不同的實驗，測得在不同環境照度與分貝下，使用不同影音類型時，各電量可完成紀錄的次數。目前的初步研究結果顯示，使用三種影音類型時，環境中的照度及分貝皆對各電量可紀錄的次數有影響，而各電量的變化有一定的模式可循，因此本研究將繼續進行實驗，以去除實驗數據的異常值，提高數據的可信度，提供使用者於不同電量時，使用智慧型手機選擇不同影音類型紀錄時，更完善的建議。

Nowadays, smartphone is one of the most popular electronic devices in the world. Most smartphones have many functions, like GPS, communication, Internet, camera, video recording, recorder and etc. Those functions are very common for example contact, life, recording information and reporting. Taiwan sits on the top of two plates and earthquake zone and has many disasters caused by storm and rain. To make users report in time to acquire rescue or make people keep away from disasters when it is happening. The purpose of this research is providing the information of charge about taking photos and recording for example how many time can the user record until the phone is dead when the user choose to use one of the ways above to report the information to public. The research will show the effect of illuminance and decibel on the charge of the smartphone which provides the user to report in the best condition, this research do some experiments base on photo, video recording and recording in different types of situation. This research does many experiments for take picture, video recording and sound recording to have the number of reporting difference information types in each power level. Nowadays, preliminary result shows that illuminance and decibel have effect of the number of reporting when using three difference information types. The change of each power level have mode can follow. This research will keep doing experiments to delete the unusual data and raise the credibility of data. To provide users perfect suggest choosing difference information types to record on smartphones in difference power level.

摘要 i
Abstract ii
誌 謝 iii
目錄 iv
表目錄 vi
第壹章 緒論 1
第一節 研究背景與動機 2
第二節 研究問題與目的 3
第三節 研究架構 3
第貳章 文獻探討 5
第一節 災難類型 5
第二節 行動裝置 8
一、行動裝置 8
二、電池電量 9
第三節 影音類型 10
第參章 實驗設計 12
第一節 研究變項之定義 12
一、電量 12
二、影音類型 12
第二節 實驗流程 14
一、拍照實驗 14
二、錄影實驗 14
三、錄音實驗 15
第三節 設備說明 15
第肆章 資料分析 19
第一節 資料篩選 19
第二節 資料分析-相同智慧型手機不同實驗環境 19
一、拍照實驗 19
二、錄影實驗 21
三、錄音實驗 22
第三節 資料分析-不同智慧型手機相同實驗環境 22
一、拍照實驗 23
二、錄影實驗 23
三、錄音實驗 24
第伍章 研究結論 25
參考文獻 28

表目錄
表2-1災害類型 5
表2-2台灣天然災害統計表 6
表2-3台灣風水災害統計表 7
表2-4台灣地震災害統計表 8
表2-5智慧型手機、平板電腦與其他行動裝置出貨量 9
表2-6智慧型手機比較 10
表3-1 智慧型手機規格-One X 17
表3-2 智慧型手機規格-ZenFone5 18
表5-1拍照實驗電量穩定區間 25
表5-2錄影實驗電量穩定區間 26
表5-3錄音實驗電量穩定區間 26

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