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Robotics Goes Mooc: Design

為了解決REALITY PC的問題，作者 這樣論述：

This book is part of the Springer MOOC & BOOK project, providing both a MOOC - offered through Federica Web Learning - and a Springer reference book based on the online course, combining the quality of a scientific essay with the communicative power of an online educational product. It provides a st

ate-of-the-art overview of various aspects of the rapidly developing field of robotics, which is vigorously engaged in the growing challenges of emerging new domains.Interacting, exploring and working with humans, the new generation of robots will increasingly touch people and their lives. The book

is strictly linked to the MOOC, and includes numerous examples and exercises in addition to those offered in the MOOC. Moreover, it features multimedia content, such as videos and augmented reality, which can be accessed via PC, tablet or any other mobile device. Students who buy the print book can

easily access this content through the Springer Multimedia App, optimized for cell phones and tablets. Readers simply scan the image with their cell phone or tablet and they are taken directly to the video, figure, photo, table, PowerPoint slide, etc. Moreover, this content can be shared via other a

pps, email, messengers, and more.The book, edited by an outstanding, internationally respected expert in the field, includes valuable contributions from more than 30 authors, making this innovative project an authoritative reference resource for senior graduate and PhD level students, as well as for

robotics researchers and scientists from related disciplines.This book focuses on Design. Bruno Siciliano received his doctorate degree in Electronic Engineering from the University of Naples, Italy, in 1987. He is a professor of Control and Robotics at the University of Naples Federico II. His r

esearch focuses on methodologies and technologies in industrial and service robotics, including force and visual control, cooperative robots, human-robot interaction, and aerial manipulation. He has co-authored 6 books and over 300 journal papers, conference papers and book chapters. He has delivere

d more than 20 keynote presentations and over 100 colloquia and seminars at institutions around the world. He is a fellow of IEEE, ASME and IFAC, and co-editor of the Springer Tracts in Advanced Robotics (STAR) series and the Springer Handbook of Robotics, which received the PROSE Award for Excellen

ce in Physical Sciences & Mathematics and was also the winner in the category Engineering & Technology. He has served on the editorial boards of prestigious journals, as well as chair or co-chair for numerous international conferences. Professor Siciliano is the past president of the IEEE Robotics a

nd Automation Society (RAS). He has been the recipient of several awards, including the IEEE RAS George Saridis Leadership Award in Robotics and Automation and the IEEE RAS Distinguished Service Award.

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豬流行性下痢病毒核酸於田間豬場的環境分布

為了解決REALITY PC的問題，作者蔣昕恆 這樣論述：

豬流行性下痢 (porcine epidemic diarrhea; PED) 引起豬隻急性嘔吐及下痢，因其在新生仔豬可造成高死亡率，故造成豬場嚴重損失，然而在台灣尚無商業化之疫苗，因此以生物安全措施預防及控制豬流行性下痢成為最根本之方法。本研究以即時定量聚合酶鏈鎖反應 (real-time quantitative polymerase chain reaction; real-time qPCR) 檢測4場PED爆發場與1場非爆發場環境中PEDV (porcine epidemic diarrhea virus; PEDV) 之病原核酸，尋找病原可能藏匿的地點，並透過問卷調查獲取有關養豬

場生物安全資料，了解養豬場生物安全等級現況，以評估試驗養豬場中可能的生物安全風險因子。本實驗共蒐集434個環境樣本，爆發場環境樣本的PEDV總體陽性率為39.2％ (149/380)，而非爆發場之所有樣本皆為陰性 (0/54)。於爆發場中，分娩舍之所有樣本，包含常在性的仔豬保溫地墊、隔門及教槽盤、母豬飲水乳頭及飼料槽、內部走廊、風扇開關、風扇葉片、水濂片、門把，可移動性的器械如：推車、注射器、畫記筆、場內工作人員之衣物、手及雨鞋，皆可檢測出PEDV核酸；且相較於未消毒的分娩舍，消毒後的分娩舍設施之檢測陽性率及病毒量皆較低。於保育舍及肉豬舍於本實驗並未檢測出PEDV核酸，但於分娩前母豬之糞便樣本

中，可檢測到病原的核酸。綜合上述，顯示於PED爆發場PEDV可能無所不在，且可能因棟舍消毒不完全，或於不完善的生物安全措施，藉由汙染區域或物品進行不同棟舍間或不同批次間的傳播。在問卷調查的結果中，多數豬場在清潔與消毒方面相對重視，但仍建議加強害蟲、害獸與鳥類的防治措施。另於實施生物安全措施後，也應進行環境監測等效果評估，以了解生物安全的實施成效。

The Greatest Stories Ever Played: Video Games and the Evolution of Storytelling

為了解決REALITY PC的問題，作者Hansen, Dustin 這樣論述：

Dustin Hansen, author of Game On! and the Microsaurs series, was raised in rural Utah. His love of pixels and controllers led him into a career in video games. He has made titles for everything from a 386 PC to the iPhone, and from the PlayStation One to the Xbox One. Now he’s working on the future,

creating Virtual Reality experiences that blend real life with the digital world. Dustin and his family live in rural Utah once again, where he is the current king of the family Mario Kart circuit.

臺灣筆記型電腦產業供應商評選關鍵因素之研究

為了解決REALITY PC的問題，作者陳品君 這樣論述：

臺灣身為全球筆記型電腦代工產業之冠，近年來隨著市場及客戶端的需求改變，以及其他具威脅性之電子產品的崛起，使得筆記型電腦產業近年來面臨著前所未有的威脅與挑戰。在該產業中，供應商之選擇影響著企業之競爭力，且在新冠肺炎COVID-19疫情時代下，無論是品質、價格及交期配合程度，供應商需更多彈性配合與面臨突發狀況之反應能力，因此供應商之評選更需謹慎與面臨更多挑戰，故擁有一套評選模式輔助採購單位正確選擇供應商更顯重要，如此才能創造雙贏、提升企業競爭力。針對此問題，本研究利用德爾菲法建構臺灣筆記型電腦企業供應商選擇關鍵因素之架構，並以決策實驗室法之網路分析程序法確定其關鍵因素，依據關鍵因素繪製出網絡

圖，瞭解影響關聯性及重要程度。 根據本研究結果發現，「生產能力」以及「彈性能力」為主要影響供應商評選之構面，且以上兩個構面互相影響；並依據數據分析找出「生產良率」、「產品可靠度」、「類似產品生產經驗」、「日產能量」、「供應商產品穩定供貨能力」、「價格競爭力」、及「供貨彈性能力」 為影響供應商選擇之關鍵因素。此外透過重要性–績效分析法結果顯示，「產品可靠度」、「日產能量」、「設備自動化程度」、「價格競爭力」、「支援服務成本」、「議價空間」及「供貨彈性能力」為現階段急需改善之因素，可由「生產良率」為出發點以提高整體管理效率。 最後，本研究根據研究結果提出相關管理意涵與建議供筆記型電腦產業於供應

商評選時參考運用。由於本研究範圍多以筆者所服務之公司中高階主管為主要對象，對於其他筆記型電腦企業之經驗差異認知有限，致使專家問卷於填寫過程中仍具有一定的限制與不足之處，因此後續研究建議可擴大研究範圍，納入筆記型電腦產業不同企業之專家以及其他相關部門專家一併進行訪談，亦可探討加入其他供應商評選之構面與準則，建立全方位且更完善的筆記型電腦供應商評構面與準則。