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網路概論的十六堂精選課程(第二版)：行動通訊 x 物聯網 x 大數據 x 雲端運算 x 人工智慧

為了解決utp的問題，作者吳燦銘 這樣論述：

　　感謝讀者的支持，作者修訂第二版嘉惠更多讀者！   　　★快速建立網路基礎知識：有線區域網路、無線網路通訊入門、廣域網路。   　　★深入網路分層架構核心：IP 位址封包與路由、IPv6 的發展與未來、UTP 與 TCP 協定、DNS 運作架構及査詢流程、DHCP 觀念與運作流程、ARP 與 ICMP。   　　★最新網路原理與應用：資訊安全、網路管理、雲端運算與物聯網、大數據與人工智慧。   　　★章末習題強化學習吸收力

utp進入發燒排行的影片

干擾阿拉伯芥N-acetylglucosamine-1-P uridylyltransferase之基因表達， 降低蛋白質N-醣基化且誘發離層酸調控種子發芽及幼苗發育 對鹽逆境之敏感性

為了解決utp的問題，作者陳雅惠 這樣論述：

鹽害是危害農業的主因之一。植物為了應付鹽逆境而演化調整代謝產物的配置或是改變植物賀爾蒙的生合成與訊號傳遞等策略。己醣胺生合成路徑 (HBP) 整合了葡萄糖、胺基酸、乙醯輔酶A、以及三磷酸尿核苷，以合成二磷酸尿核苷乙醯葡萄糖胺 (UDP-GlcNAc) 並提供GlcNAc醣分子作為蛋白質醣基化之原料。阿拉伯芥有兩個乙醯葡萄糖胺-1-磷酸尿甘醯轉移酵素 (GlcNAc1pUTs)，是GlcNA.UTs基因轉譯的產物，能催化HBP的最後一個步驟，但它們的生化及分子功能仍有待發掘。本研究中，我們在glcna.ut2剔除突變株中採用dsRNAi技術來降低GlcNA.UT1的基因表達，並稱此轉基因植物為

iU1。iU1在鹽逆境下的種子萌發和早期幼苗發育受到抑制，UDP-GlcNAc的生合成減少、蛋白質N-醣基化改變、且出現未折疊的蛋白質反應 (unfolded protein response)。由於延遲種子萌發和早期幼苗發育受阻皆可以通過外源性fluridone（一種離層酸生合成抑製劑）以及藉由導入離層酸生合成突變基因 aba2或nced3來挽救，因此iU1轉基因植物的鹽敏感性狀與離層酸生合成有關。轉錄組學分析進一步支持了離層酸生合成和信號傳遞對iU1鹽敏感性狀的重要性。總結來說，GlcNAc1pUT對UDP-GlcNAc生合成、蛋白質N-醣基化、以及離層酸調控的種子發芽和幼苗發育過程中對鹽

逆境的敏感性的調控至關重要。我們的實驗結果為連結HBP、蛋白質醣基化、植物荷爾蒙，與鹽逆境之間的關係提供了相關證據。

Proceedings of the 6th International Conference on Fundamental and Applied Sciences: Icfas 2020

為了解決utp的問題，作者 這樣論述：

Samsul Ariffin Abdul Karim is a Senior Lecturer at Universiti Teknologi PETRONAS, Malaysia. He is a Professional Technologists registered with Malaysia Board of Technologists (MBOT). He has published more than 140 papers in Journals and Conferences including three Edited Conferences Volume and 40 bo

ok chapters. He was the recipient of Effective Education Delivery Award and Publication Award (Journal & Conference Paper), UTP Quality Day 2010, 2011 and 2012, respectively. He was Certified WOLFRAM Technology Associate, Mathematica Student Level. He also has published nine books with Springer Publ

ishing including five books with Studies in Systems, Decision and Control (SSDC) series.Muhammad Fadhlullah Abd. Shukur is a Senior Lecturer at Universiti Teknologi PETRONAS, Malaysia. His research interest is in the field of ionic conductor including the development and characterization of polymer

electrolytes for application in various energy storage devices. He has received several research grants, acting as the head researcher or co-researcher for such grants. He has been invited as reviewer for various journals and has published 41 articles in ISI/SCOPUS indexed journals. Currently, his H

-index is 21 with 1347 citations in Google Scholar Citations. Chong Fai Kait is an associate professor at Universiti Teknologi PETRONAS, Malaysia. She graduated with B.Sc. (Hons) in Industrial Chemistry from Universiti Putra Malaysia in 1993. In 1998, she received her Ph.D. from the University of Du

ndee, Scotland, in the area of heterogeneous catalysis for naphtha reforming process. She has more than 20 years of academic and research experience and her main research interests are in photocatalysis and its integration with ionic liquids or other techniques for sustainable environmental applicat

ions. Hassan Soleimani is an associate professor of Universiti Teknologi PETRONAS, Malaysia. He has obtained a Ph.D. in wave propagation from Universiti Putra Malaysia. He has published more than 120 research articles in peer reviewed International. He is committee member and organizer of Internatio

nal conference of Diffusion in Solid and Liquids (DSL) since 2011 in Europe. He has been visiting scientist at many universities including University of Cambridge, UK, Wright State University, USA, University of Patras, Greece and School of Engineering and Griffith University, Australia.Hamzah Bin S

akidin is a Senior Lecturer at Universiti Teknologi PETRONAS, Malaysia since September 2013. His research interest is in the field of applied mathematics and mathematical modelling. He has received several research grants, citing as the head researcher or co-researcher for some research grants. He i

s also the author of several mathematics book for tertiary level of education. He has more than 20 years of experience teaching in secondary and tertiary level of education.

智慧農業運用在溫室栽培可行性分析-以屏東新園芒果園為例

為了解決utp的問題，作者黃鈺智 這樣論述：

由於近年來全球暖化、氣候變遷以及病蟲害等因素，導致農作物的產量遭受極大的損失；而智慧農業的出現，為其眾多問題得到解決。所謂智慧農業是結合物聯網科技等應用與農業生產技術及優化管理模式，結合綠能技術發展高效、節能創新設施，運用高效節能、節水、農業防災設施及科技，建構友善的生長環境及高效率節能農產業。物聯網是未來最重要技術之一，由傳感器、嵌入式設備、計算和通信技術的集成。提供信息傳遞服務，讓使用者遠端連線主機、監測環境即時數據、查詢紀錄及對設定參數進行調整。芒果於開花期及結果期容易遭受環境災害而影響品質及產量，為了減少環境變化所造成的損失，提高栽培效益。本研究以屏東新園芒果園研究導入智慧溫室農業技

術，建構可阻擋外來危害的溫室生長環境，環境控制系統搭配水養液輸送果樹所需養料，微霧噴灑供水時與負壓風扇、電動遮蔭等設備調節進而提供最即時適合果樹生長的溫度與環境之可行性研究。可行性研究若可成功導入智慧溫室芒果，除了帶來芒果產量的增長與品質的兼顧外，並可節少土地、農藥、肥料、水等資源的使用，對於環境更有正面效益。