Browsing by Issue Date, starting with "2013-01-13"
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Item type:Item, 監督參與 重整老屋價值(2013-01-13) ;鄭乃文 ;Department of Communication and Technology傳播與科技學系新竹監獄周邊雅緻又有歷史價值的日式宿舍建築聚落,自1920年代聚集於此。2012年政府規劃預算準備拆除這些建築,卻受到民間團體強烈反對,這些市民認為這群老屋子蘊藏城市的記憶,亟欲保存這塊珍貴的歷史聚落。Item type:Item, 圍棋 通往神乎其技的覺悟(2013-01-13) ;王蒂鷹 ;Department of Communication and Technology傳播與科技學系2002年,台灣引進日本卡通《棋靈王》,故事主角逐步成為職業棋士的過程令人感動,在社會上掀起一股「圍棋熱」。然而在台灣,成為職業棋士的保障並不穩定,許多年輕的職業棋士選擇升學而放棄圍棋。台灣棋士的未來又該何去何從?Item type:Item, 多元音樂 單一信仰(2013-01-13) ;白婞嫈 ;Department of Communication and Technology傳播與科技學系一聽到「教會音樂」這四個字,會先想到什麼呢?是西方音樂第一本歌曲集「葛利果聖歌」,聖誕季節常有機會聽到的「平安夜」,或是會想起在歌唱比賽中,出現過幾次的「出口」?英文縮寫SOP的「讚美之泉」樂團,其實不「標準」。Item type:Item, 聽見交傲底下的態度(2013-01-13) ;姚映竹 ;Department of Communication and Technology傳播與科技學系校園內有一群學生自發性地展開一連串的「交傲計畫」,企圖喚起交大人的凝聚力,共同為母校建置賢齊館付出。此計畫推動目的與宣傳方式,促使校園裡部分學生積極參與行動,同時也有人抱持著不盡相同的聲音。Item type:Item, 搶領退休金 勞工的苦衷(2013-01-13) ;張睿文 ;Department of Communication and Technology傳播與科技學系勞工權益隨著時代進步越加被重視,政府也不斷承諾勞保制度會隨時間而改變,但對於勞工而言,這些保證並無達到太多成效,去年發生的勞工搶領退休金正是一個最佳寫照。是甚麼樣的原因導致了這樣的結果呢?Item type:Item, 玻璃藝術 光與美的折射率(2013-01-13) ;簡瑋靜 ;Department of Communication and Technology傳播與科技學系2012新竹市國際玻璃藝術節開幕後,成了人們假日休閒的好去處。在玻璃工坊能看到玻璃品成型的過程,各個主題館中也展示了各種特色的玻璃藝術品,戶外公共空間中也有許多玻璃生活藝術裝置,讓參觀民眾感受玻璃之美。Item type:Item, 黑暗籠罩 來自底層的吶喊(2013-01-13) ;賴巧純 ;Department of Communication and Technology傳播與科技學系法國音樂劇作曲家勳伯格、鮑伯利將雨果的小說《悲慘世界》改編成音樂劇,背景是拿破崙戰爭和法國革命動盪之下的法國底層社會,當時飢餓、貧窮、民不聊生。藉由音樂與歌手的呈現,更真實地唱出了《悲慘世界》中社會悽慘的境況和人物悲涼的遭遇。Item type:Item, 夢想與現實不衝突 李信輝(2013-01-13) ;王泓文 ;Department of Communication and Technology傳播與科技學系新北市中和區的八二三紀念公園,位於中、永和的交界,被稱為「雙和之肺」。在附近的巷弄裡,有著許多特色小店和餐館。其中有一家日本料理店總是高朋滿座,人潮絡繹不絕,而這家店的老闆,李信輝,堅持著自己的夢想,以這家日本料理店為基礎,踏出邁向未來的第一步。Item type:Item, 總編輯的話(2013-01-13) ;李佩玹 ;Department of Communication and Technology傳播與科技學系本期喀報為傳播與科技學系103級記者本學年度的最後一刊,期待下學期喀報帶給讀者更豐富多元的報導,也期許全體喀報記者與讀者共同成長,為社會記錄真實與美好。Item type:Item, 影像說書人 花子恆(2013-01-13) ;歐士豪 ;Department of Communication and Technology傳播與科技學系花子恆,認為自己的功力還不足以稱為攝影師的他,自許為攝影玩家,平時白天是個在大型機械工廠上班的員工,下了班之後的時間與精力幾乎都投注在攝影上。Item type:Item, 學生 不斷思考的個體(2013-01-13) ;吳晉宇 ;Department of Communication and Technology傳播與科技學系2012是風雨不斷的一年,從反漲學費、反媒體壟斷,再到關廠工人抗爭,許多社會議題躍上檯面。作為知識份子、作為年輕、熱血的反抗力量,也作為生活在台灣這塊島的人民,學生們加入了反抗活動。Item type:Item, 奧斯卡 奇想裡的畫中話(2013-01-13) ;柯佳妤 ;Department of Communication and Technology傳播與科技學系「我是在開始畫畫後,才學會畫畫的!」奧斯卡清楚地記得那是2011年4月1日星期五的午後,用色鉛筆描繪出畫面裡廣袤天地中孤獨的人影,畫紙後寫著「當只有一個人,最想去哪裡」於是奧斯卡的插畫奇想從此啟程。Item type:Item, 烘焙出自己的夢想 賴卉淩(2013-01-13) ;王紹容 ;Department of Communication and Technology傳播與科技學系賴卉淩是一個選擇自己創業的年輕甜點師傅,在網路上開設了宅配出貨的甜點店,從研發、設計、行銷、管理自己一手包辦,各種蛋糕都難不倒她,現在她的實體店面即將開張,而無比的熱情是她能朝夢想邁進的最大動力!Item type:Item, 觀光工廠 消費或體驗(2013-01-13) ;黃莉 ;Department of Communication and Technology傳播與科技學系觀光工廠近年來如雨後春筍般地出現在台灣各地。全台推過認證的觀光工廠共有83家,去年全台觀光工廠更高達650萬參訪人次,觀光工廠的數量與其帶來的龐大效益已不容小覷,品質的維持正考驗著輔導人員的專業性與廠商合作溝通的能力。Item type:Item, 我們的快樂時代 陳奕迅(2013-01-13) ;朱寶欣 ;Department of Communication and Technology傳播與科技學系陳奕迅是紅遍香港台灣的歌手,在香港被稱為是繼許冠傑、張學友以後,第三位歌神。從出道以來,獲得無數獎項,在成功的背後,除了有堅強的實力,還要找到合適的作曲填詞人,更重要的是背後汗水與淚水的付出。Item type:Item, 抱持煽動理想 山洞口女孩(2013-01-13) ;鄭豪 ;Department of Communication and Technology傳播與科技學系黑色指甲油,身穿時下流行的服飾,迎面而來的年輕女孩就是世新大學反媒體巨獸草根組織發起人陳京萱。現代社會中,人們總是漠視社會公平正義以求明哲保身,但是與其躲在沉默的潮流之下,不如起而行動,這正是陳京萱。Item type:Item, 虛擬暴力 是悍還是憾(2013-01-13) ;張芮瑜 ;Department of Communication and Technology傳播與科技學系2012年,一名未成年男孩闖入美國康乃狄克州新鎮的小學內,瘋狂射殺20名小學生,最後舉槍自盡。這件血案在悲傷尚未褪去之時,隨即引發爭論的,除了一直以來的槍枝管制政策外,還有暴力電玩對玩家造成的影響。Item type:Item, Exploration of water jet generated by Q-switched laser induced water breakdown with different depths beneath a flat free surface(2013-01-14) ;Chen, Ross C. C. ;Yu, Y. T. ;Su, K. W. ;Chen, J. F.Chen, Y. F.The dynamics of a water jet on a flat free surface are investigated using a nanosecond pulsed laser for creating an oscillating bubble with different depths beneath the free surface. A thin jet is shown to deform a crater surface resulted from surface depression and cause a circular ring-shaped crater on the connection surface between the crater of surface depression and the thin jet. The collapse of this circular ring-shaped crater is proposed to the crown-like formation around a thick jet. The evolution of the bubble depth suggests a classification of four distinctive ranges of the bubble depths: non-crown formation when the parameter of bubble depth over the maximum bubble radius gamma <= 0.5, unstable crown formation when 0.5 <= gamma <= 0.6, crown-like structure with a complete crown wall when 0.6 <= gamma <= 1.1, and non-crown formation when 1.1 <= gamma. Furthermore, the orientation of the crown wall gradually turns counterclockwise to vertical direction with increasing gamma from 0.5 to 1.1, implying a high correlation between the orientation of the crown wall and the depth of the bubble. This correlation is explained and discussed by the directional change of the jet eruption from the collapse of circular ring-shaped crater. (C)2013 Optical Society of AmericaItem type:Item, SSII cancellation in an EAM-based OFDM-IMDD transmission system employing a novel dynamic chirp model(2013-01-14) ;Hsu, Dar-Zu ;Wei, Chia-Chien ;Chen, Hsing-Yu ;Lu, Yi-ChengSong, Cih-YuanWe develop a novel subcarrier-to-subcarrier intermixing interference (SSII) cancellation technique to estimate and eliminate SSII. For the first time, the SSII cancellation technique is experimentally demonstrated in an electro-absorption modulator-(EAM-) based intensity-modulation-direct-detection (IMDD) multi-band OFDM transmission system. Since the characteristics of SSII are seriously affected by the chirp parameter, a simple constant chirp model, we found, cannot effectively remove the SSII. Therefore, assuming that the chirp parameter linearly depends on the optical power, a novel dynamic chirp model is developed to obtain better estimation and cancellation of SSII. Compared with 23.6% SSII cancellation by the constant chirp model, our experimental results show that incorporating the dynamic chirp model into the SSII cancellation technique can achieve up to 74.4% SSII cancellation and 2.8-dB sensitivity improvement in a 32.25-Gbps OFDM system over 100-km uncompensated standard single-mode fiber. (C) 2013 Optical Society of AmericaItem type:Item, An optimized surface plasmon photovoltaic structure using energy transfer between discrete nano-particles(2013-01-14) ;Lin, Albert ;Fu, Sze-Ming ;Chung, Yen-Kai ;Lai, Shih-yunTseng, Chi-WeiSurface plasmon enhancement has been proposed as a way to achieve higher absorption for thin-film photovoltaics, where surface plasmon polariton(SPP) and localized surface plasmon (LSP) are shown to provide dense near field and far field light scattering. Here it is shown that controlled far-field light scattering can be achieved using successive coupling between surface plasmonic (SP) nano-particles. Through genetic algorithm (GA) optimization, energy transfer between discrete nano-particles (ETDNP) is identified, which enhances solar cell efficiency. The optimized energy transfer structure acts like lumped-element transmission line and can properly alter the direction of photon flow. Increased in-plane component of wavevector is thus achieved and photon path length is extended. In addition, Wood-Rayleigh anomaly, at which transmission minimum occurs, is avoided through GA optimization. Optimized energy transfer structure provides 46.95% improvement over baseline planar cell. It achieves larger angular scattering capability compared to conventional surface plasmon polariton back reflector structure and index-guided structure due to SP energy transfer through mode coupling. Via SP mediated energy transfer, an alternative way to control the light flow inside thin- film is proposed, which can be more efficient than conventional index-guided mode using total internal reflection (TIR). (C)2012 Optical Society of America