Browsing by Issue Date, starting with "2016-05-08"
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Item type:Item, 傢俱魔法師 理念付諸設計(2016-05-08) ;修瑞韓 ;Department of Communication and Technology傳播與科技學系傢俱與道具佈置設計師李承峰堅持自我信念,賦予老舊傢俱新的生命及意義。Item type:Item, 先知瑪莉 雨季的聲音(2016-05-08) ;趙廣絜 ;Department of Communication and Technology傳播與科技學系以鏡頭紀錄先知瑪莉《梅雨季》巡迴臺北場。Item type:Item, Item type:Item, Item type:Item, 斜坡上的歌手 達卡鬧(2016-05-08) ;林湘芸 ;Department of Communication and Technology傳播與科技學系原住民歌手達卡鬧,用音樂記錄原住民的一切。Item type:Item, 沉默的王牌 王建民(2016-05-08) ;李宗諺 ;Department of Communication and Technology傳播與科技學系王建民歷經成功、受傷、失意,一直以來默默地努力,沉默的王牌始終如一。Item type:Item, 放膽追夢 以愛經營(2016-05-08) ;翁世樺 ;Department of Communication and Technology傳播與科技學系吳佩君在南崁開了三間印尼小吃店,除了實踐自己的夢想外,她還希望帶給身邊的印尼朋友家鄉的溫暖。Item type:Item, Item type:Item, 動漫社會學 從動漫談社會(2016-05-08) ;吳昀蒨 ;Department of Communication and Technology傳播與科技學系《動漫社會學:別說得好像還有救》是一本從社會學的理論與概念來討論動漫遊戲的文章合輯。Item type:Item, 電影的另外一段歷史(2016-05-08) ;許凱智 ;Department of Communication and Technology傳播與科技學系電影播放技術越來越進步,而已被淘汰的器材,仍舊象徵著當時電影獨有的記憶。Item type:Item, 農倉強拆 喚醒公民意識(2016-05-08) ;唐宜嘉 ;Department of Communication and Technology傳播與科技學系二〇一六年四月十七日,彰化農業倉庫被無預警拆除。搶救百年彰化農業倉庫聯盟舉辦系列活動,期待喚醒鄉土意識與公民參與。Item type:Item, 動態圖像 用短片說故事(2016-05-08) ;林謙耘 ;Department of Communication and Technology傳播與科技學系動態圖像又被稱為會動的平面圖像,是能在相當短的時間內,傳達許多資訊的短片。Item type:Item, Item type:Item, 臺灣初體驗 清洗安平古堡(2016-05-08) ;何佳頴 ;Department of Communication and Technology傳播與科技學系德國凱馳集團推動古蹟公益清洗專案,選定臺南安平古堡進行四百年來首次清洗。Item type:Item, 總編輯的話(2016-05-08) ;薛如真 ;Department of Communication and Technology傳播與科技學系本期為喀報第兩百四十一期,一共十七篇稿件,媒材種類多元,文字三篇、照片三篇、電視專題兩篇、動畫五篇以及廣播兩篇。Item type:Item, 無人車產業 臺須再努力(2016-05-08) ;楊淑斐 ;Department of Communication and Technology傳播與科技學系智慧汽車為全球下一代產業趨勢,但台灣準備好了嗎?Item type:Item, 夢想與現實的玩具箱(2016-05-08) ;周書賢 ;Department of Communication and Technology傳播與科技學系書評描寫遊戲業界的漫畫作品《大東京玩具箱》。Item type:Item, Security approach to controlling access to personal health records in healthcare service(2016-05-10) ;Chen, Tzer-Long ;Liao, Yu-Ting ;Chang, Yi-Fan ;Hwang, Jen-Hung管理科學系The changing information technology and the constant progress of medical technologies have gradually changed traditional paper-based medical records into low-cost electronic health records. The broad application of electronic health records allows a medical information exchange model being developed, called personal health records (PHR), which are the personal health medical information managed and maintained by the user. In consideration of PHR being a patient's health medical information, the privacy setting and the access authority have to be strictly controlled. In addition to providing users with reasonable access authorities, the PHR system has to avoid the illegal access of unauthorized single users or groups. The idea of public-key cryptosystems and Lagrange interpolating polynomial is applied to construct a high-security and efficient encryption scheme so that PHR users could execute the access system in a secure environment. Copyright (c) 2015 John Wiley & Sons, Ltd.Item type:Item, Well-Organized Mesoporous TiO2 Photoanode by Using Amphiphilic Graft Copolymer for Efficient Perovskite Solar Cells(2016-05-12) ;Chung, Chih-Chun ;Lee, Chang Soo ;Jokar, Efat ;Kim, Jong HakDiau, Eric Wei-GuangThe control of the thickness and porosity of a mesoporous TiO2 layer is important to improve the photovoltaic performance of perovskite solar cells. We produced organized mesoporous TiO2 (om-TiO2) layers using a low-cost amphiphilic graft copolymer, poly(vinyl chloride)-graft-poly(oxyethylene methacrylate) (PVC-g-POEM), as a sacrificial template. This simple but effective synthetic approach generates highly mesoporous and well-organized TiO2 nanostructures with interconnected and size-tunable features. Specifically, the average pore size increased with the amount of hydrophobic PVC main chain in the graft copolymer, which acted as the pore forming agent. Perovskite layers were prepared on top of an om-TiO2 layer according to a two-step sequential deposition: after coating the PbI2, solution in dimethylformamide (DMF) on an om-TiO2 substrate, the substrate was prewetted in isopropyl alcohol (IPA) solvent before immersing into a CH3NH3I/IPA solution. This prewetting treatment not only improves the yields of conversion from PbI2, to CH3NH3PbI3, but also increases the size of perovskite crystals with cuboid morphology. On varying the pore size and the film thickness of the om-TiO2 layer, the device performance attained 11.9% of power conversion efficiency (PCE) at pore size 70 nm and film thickness 300 nm. We measured extracted charge densities and decays of transient photovoltage to understand the kinetics of charge recombination in relation to the corresponding device performance.Item type:Item,