Browsing by Issue Date, starting with "2002"
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Item type:Item, 智慧型電控馬達之研製與機電磁整合技術之研究---永磁同步馬達智慧型無感測位置控制技術之研究(I)(2002) ;鄒應嶼 ;TZOU YING-YU交通大學電機與控制工程系Item type:Item, 利用基因規劃預測核糖核酸二級結構(2002) ;胡毓志 ;HU YUH-JYH交通大學資訊科學系Item type:Item, Reconstruction of the human brain from MRI-T1 using 3-d morphology and snake(2002) ;Lin, CY ;Ching, YT ;資訊工程學系Department of Computer ScienceAccurate reconstruction of the human brain in MRI-T1 images is valuable and important to clinical needs. In this paper, the morphology and snake techniques are proposed to reconstruct a human brain model. First step in our method is to preprocess the volumetric image to remove skull, muscle, fat, and other non-brain tissue. We use a method of 3-d region growing. It has the advantage over thresholding that the resulting objects will be spatially connected, since brain has the connected property. Second, we use clustering method, and than use them to produce an initial estimate of the cortical surface. Third, we propose a novel active contour algorithm to move the snake toward the cortex. Thus we can use the snake to segment the brain. We use a wavelet method to model the external force that significantly increases the capture range of a traditional snake. Afterwards, we render the volumetric image to display the brain from multiple views. Both simulated data and patient data have been use to test the proposed techniques. The proposed method combines various techniques of 3-D morphology, clustering, active contour, wavelet, and volume rendering to accurately, robustly, and automatically reconstruct brain from MRI-T1 images.Item type:Item, Editorial statement(Routledge, 2002)Item type:Item, 寬頻無線通訊系統的錯誤控制機制之設計(I)(2002) ;蘇育德 ;SU YU TED交通大學電信工程系Item type:Item, 異質介面電晶體之熱穩定性研究(II)(2002) ;李建平 ;LEE CHIEN-PING交通大學電子工程系Item type:Item, 液相超快反應動力學的研究(II)(2002) ;刁維光 ;ERIC WEI-GUANGDIAU交通大學應用化學研究所Item type:Item, 教育部學術獎 : 以電腦視覺技術作自動化之研究學術論文集參考著作(學術期(國立交通大學, 2002)蔡文祥Item type:Item, 基於正交分頻多重進接之無線多媒體傳收機研究及設計---子計劃III:寬頻正交分頻調變傳輸系統之傳輸信號處理技術研究及傳輸子系統整合(I)(2002) ;陳紹基 ;CHEN SAU-GEE交通大學電子工程研究所Item type:Item, Use of Ti/W/Cu, Ti/Co/Cu and Ti/Mo/Cu multi-layer metals as Schottky metals for GaAs Schottky diodes(2002) ;Lee, CS ;Chang, EY ;He, JJ ;材料科學與工程學系Department of Materials Science and EngineeringNew Schottky structures (Ti/W/Cu, Ti/Co/Cu, Ti/Mo/Cu),with copper and refractory diffusion barrier metal, for GaAs Schottky diodes were evaluated. For the widely used Ti/Pt/Au Schottky diode, the thick overcoat gold layer was replaced with copper; Pi layer was replaced with the transition metals such as W, Co and Mo. The choice of the refractory metals was I based on their resistivity and the capability as the anti-diffusion barrier. The multi-layer metals were sputtered on the surface of n-GaAs. The Schottky metals were annealed at 15.0degreesC-300degreesC after deposition. Them ideality. factor and Schottky barrier height are 1.08/0.78eV, 1.07/0.71eV and 1.06/0.76eV for Ti/W/Cu, Ti/Co/Cu and Ti/Mo/Cu. structure respectively after annealing at 150degreesC for 2 minutes. The electrical properties of these contacts are, comparable with the typical Ti/Pt/Au Schottky diode which has an ideality factor close to 1.07. From the XkD results, the Ti/W/Cu and Ti/Mo/Cu Schottky structures are thermally stable after annealing up to 400degreesC for 30 minutes; Ti/Mo/Cu Schottky structure is. thermally stable up to 300degreesC annealing for 30min These results show that the new. Schottky. structure's have excellent electrical characteristics compare to the traditional Ti/Pt/Au structure and can be used as the Schottky metals for GaAs devices.Item type:Item, A fast table update scheme for high-performance IP forwarding(2002-01-01) ;Wang, PC ;Chan, CT ;Chen, YC ;資訊工程學系Department of Computer ScienceIn the previous work, Lampson et al. proposed an IP lookup algorithm which performs binary search on prefixes (BSP) [1]. The algorithm is attractive, even for IPv6, because of its bounded worst-case memory requirement. To achieve fast forwarding, it may need to slow down the insertion speed. Although this can be justified, the routing-table reconstruction in BSP is too time-consuming to handle the frequent route updates. In this work, we propose a fast forwarding-table construction algorithm which can accomplish more than 4,000 route updates per second. Moreover, it is simple enough to fulfill the need of fast packet forwarding. With the enhanced multiway search tree, we further reduced the depth of the tree and eliminated the pointer storage; this reduces the forwarding table size and shortens the lookup time.Item type:Item, 發展軟體無線電技術---智慧型天線系統/技術之研發---子計劃Ⅰ:前瞻性無線電空-時通道模型之研究與建構(I) (電信科技合作案)(2002) ;唐震寰 ;JENN-HWANTARNG交通大學電信工程系Item type:Item, 新型絕緣層上覆晶奈米元件(I)(2002) ;崔秉鉞 ;Bing-YueTsui交通大學電子工程系Item type:Item, 動態複合式電子服務系統平台之研究(2002) ;劉敦仁 ;LIU DUEN-REN交通大學資訊管理研究所Item type:Item, 以XML為基礎的網站系統(I)(2002) ;李嘉晃 ;CHIA-HOANGLEE交通大學資訊科學系Item type:Item, Business agent(2002) ;Meng, IH ;Yang, WP ;Chen, WC ;Chang, LP資訊工程學系The Internet and World Wide Web represent an increasingly important channel for retail commerce as well as business transactions. However, there are almost 5 billion pages or sites on the Internet and WWW. There lacks an integrated mediator business agent which is around the internet to connect between suppliers and users. Therefore, an intelligent business broking agent between supply and demand is needed for using and sharing the information efficiently and effectively. In this paper we proposed a new business agent architecture. The Business Spy Agent (BSA) captures the supply and demand information from e-commence sites automatically. Supply and Demand Analysis Mechanism (SDAM) uses NLP technologies to extract product and trading information. Domain ontology is used to classify between supply and demand and to divide them into subsets. A benefit model is proposed to handle the pairing between sub-supply and sub-demand. And a divide-and-conquer algorithm is proposed to handle the whole matching between supply and demand. In the negotiation process, the architecture uses NLP and template to produce negotiation text to handle negotiation through mail. Finally, Hidden Business Mining Mechanism (HBMM) adopts data mining technology to achieve hidden business mining. The architecture covers the four process of buying behavior including support and need identification, Product brokering, Merchant brokering, Negotiation.Item type:Item, 智慧型車輛之控制感測與資訊處理技術研發---子計畫VI---智慧型車輛之即時影像系統與影像追蹤技術研發(II)(2002) ;宋開泰 ;KAI-TAISONG交通大學電機與控制工程系Item type:Item, 演化式方法快速藥物篩選與毒性預測(2002) ;楊進木 ;YANG JINN-MOON交通大學生物科技研究所Item type:Item, 旅遊、主體和帝國---英國浪漫時期個案研究(I)(2002) ;余君偉國立交通大學外國語文學系暨文化研究所Item type:Item, 單晶片無線多媒體資訊家電之設計與製作(III)---總計畫:單晶片無線多媒體資訊家電之設計與製作(2002) ;張瑞川 ;CHANG RUEI-CHUAN交通大學資訊科學系