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電玩世界準第九藝術

(2009-05-17)

何宛芯

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Department of Communication and Technology

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傳播與科技學系

準第九藝術

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五月送舊交大男排畢業季

(2009-05-17)

陳碩峰

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Department of Communication and Technology

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傳播與科技學系

交大男排送舊影片

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懷抱西塔吳欣澤印度學藝

(2009-05-17)

陳怡秀

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Department of Communication and Technology

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傳播與科技學系

西尤樂團

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總編輯的話

(2009-05-17)

余建良

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Department of Communication and Technology

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傳播與科技學系

QQ

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赫拉巴爾書寫中魔的人們

(2009-05-17)

蔡尚翰

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Department of Communication and Technology

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傳播與科技學系

赫拉巴爾

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灑落與堆疊夏雪的印記

(2009-05-17)

曾韋澐

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Department of Communication and Technology

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傳播與科技學系

0

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注意！釘宮病蔓延

(2009-05-17)

洪效凡

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Department of Communication and Technology

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傳播與科技學系

日本著名聲優釘宮理惠，實力受到的日本聲優大賞的肯定，在08年第二屆與09年第三屆分別得到女優部門配角賞、主演女優賞等殊榮。聲優的配音充滿吸引力，在動漫文化中有著很重要的地位，而釘宮理惠的獨特聲音在迷群中產生了「釘宮病」的奇特名詞，它代表著動漫迷對釘宮的愛與忠誠度。

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Maximum scan statistics and channel assignment problems in homogeneous wireless networks

(2009-05-17)

Yi, Chih-Wei

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資訊工程學系

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Department of Computer Science

In wireless networks, to avoid collisions of simultaneous transmissions over the same channel, adjacent nodes are assigned distinct channels, and the least number of channels used in all assignment is called the chromatic number. The determination of the chromatic number is NP-hard. In this paper, we introduce all analytic tool called maximum scan statistics. For a finite point set V and a convex compact set C, the maximum scan statistic of V with respect to the scanning set C is the largest number of points ill V covered by a copy C. Based on the Study of asymptotic maximum scan statistics, we obtain the asymptotics of the maximum degree and the clique number of homogeneous wireless networks. The results imply that the chromatic number is almost surely at most four times the clique number. We further prove that the approximation ratios of some vertex-ordering-based First-Fit channel assignment algorithms are almost surely bounded by 2. Ill the analysis, we also learn that the chromatic number is almost surely at most twice the clique number. (C) 2009 Elsevier B.V. All rights reserved.

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著與繪之間芭娜娜的溫柔

(2009-05-17)

楊睿愷

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Department of Communication and Technology

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傳播與科技學系

以《無情／厄運》、《阿根廷婆婆》、《雛菊的人生》為主，《廚房》、《小星星通信》為輔。

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僅有一次的樂團夢

(2009-05-17)

楊純芳

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Department of Communication and Technology

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傳播與科技學系

「當天是空的，地是乾的，我要為你，倒進狂熱，讓你瘋狂，讓你渴，讓全世界知道，你是我的。」海角七號電影主題曲－無樂不做，是大家琅琅上口的曲子，這熱血沸騰的音樂不但帶起學生搖滾熱，振奮人心的歌詞更重新勾起大家隨著長大逐漸遺忘的夢想。

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是攝影是繪畫是生命

(2009-05-17)

洪上筑

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Department of Communication and Technology

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傳播與科技學系

結果並沒有比較輕鬆QQ

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陸客大舉來台轉機或危機

(2009-05-17)

郭大齊

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Department of Communication and Technology

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傳播與科技學系

陸客

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創作藉網路發表優勢大增

(2009-05-17)

吳佳玲

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Department of Communication and Technology

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傳播與科技學系

學生創作的發展以及老師的看法

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布袋戲狂熱－蕭景

(2009-05-17)

楊雅筑

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Department of Communication and Technology

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傳播與科技學系

蕭景,愛布袋戲成癡的男孩XD

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真正的人《賽德克．巴萊》

(2009-05-17)

黃湘茹

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Department of Communication and Technology

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傳播與科技學系

...

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哼哼唱唱動物開嗓

(2009-05-17)

趙祿平

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Department of Communication and Technology

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傳播與科技學系

123

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我與傳科酒吧

(2009-05-17)

邵奕儒

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Department of Communication and Technology

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傳播與科技學系

我與傳科酒吧

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交大e-News第048期

(2009-05-20)

Secretariat

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國立交通大學秘書室

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Room temperature continuous wave operation and characterization of photonic crystal nanolaser on a sapphire substrate

(2009-05-21)

Shih, M. H.

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Yang, Yi-Chun

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Liu, Yu-Chen

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Chang, Zi-Chang

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Hsu, Kung-Shu

A compact photonic crystal defect nanocavity was fabricated on a sapphire substrate. Continuous wave lasing at room temperature was achieved with a low threshold power. We characterized the operated mode, quality factor and radiative efficiency for the compact laser. The thermal properties of the nanolaser were also investigated.

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Examination of the temporal effect in a flow injection analysis system using multi-channel absorbance detection

(2009-05-22)

Lin, Shu-Hui

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Chang, Kai-Chieh

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Chen, Yu-Chun

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Yu, Tiing

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Pai, Su-Cheng

In addition to the Poiseuille effect, a so-called temporal effect was proposed recently to elucidate the commonly observed tailing peak signals of flow injection analysis (FIA). A multi-channel absorbance detector was used in this study to obtain the FIA peaks on both the spatial and temporal coordinates. The temporal effect was analyzed by comparison of the profiles between the experimental and the corresponding Gaussian peaks. and by comparison of asymmetry factors between the spatial and the temporal peaks. The temporal effect appeared to be the major factor under flow rates ranging from 0.5 to 8 ml min(-1). This was despite the presence of a spatially frontal peak observed in the FIA tubing, which was found to result in a tailing peak on the temporal coordinate due to this discussed cause. in addition, the temporal effect became greater as the flow rate increased. (C) 2009 Published by Elsevier B.V.

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