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Robotics Goes Mooc: Design

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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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應用三階段資料包絡分析法評估中國大陸台商電子集團營運效率

為了解決Tablet PC的問題，作者陳樹全 這樣論述：

台灣高科技產業營運成果耀眼全球，特別是電子產業在國際上頗負盛名，這些電子集團公司如何維持現有的競爭優勢，並在產業競爭全球化的態勢下持續成長，實為重要課題。檢視營運效率不僅可以確認這些電子集團的努力成果，更可當作驅動電子集團制定良好發展策略的好參謀。本研究應用三階段資料包絡分析法 (Data Envelopment Analysis; DEA) 探討台灣電子集團在中國大陸的營運效率，旨在能將DEA法研究對象延伸應用於集團的績效評估，更準確評估在中國大陸的台商電子集團之營運效率之外，更期望能找出標竿學習對象供業界參考，進而帶動整體產業競爭力。DEA法能廣泛評估決策單元 (Decision Mak

ing Units; DMUs) 的相關效率，本研究應用三階段DEA法進行變數分析，已考量環境因素 (Environmental Effect) 與隨機干擾 (Statistical Noise)，故能更準確評估指標效率。先前應用DEA法的相關研究對象多為單一產業或位於企業層面，本研究將研究對象延伸至集團層面來探討集團營運效率。本研究採用三階段DEA為工具來進行相關研究，為快速且精準計算各階段的效率值，在第一與第三階段使用DEAP 2.1電腦程式來計算相關效率值，另在第二階段使用FRONTIER 4.1電腦程式來計算DMUs之隨機邊界法 (Stochastic Frontier Approac

h; SFA) 的效率值。本研究的評估決策單元係以中國大陸台商電子集團20強為研究對象，探討20強集團2018年~2020年的營運效率。研究變數採用經過同向性 (Isotonicity) 檢定之六個變數；產出變數為營收淨額及稅前純益，投入變數為資產總額、資本額、淨值及員工人數。本研究在分析過程採用敏感度分析 (Sensitivity Analysis)、差額變數分析 (Slack Variables Analysis)與參考集合分析 (Comparison Set Analysis)等，經過第二階段排除環境因素與隨機干擾變數得出第三階段計算之各DMUs效率值。研究結果顯示，第三階段的評估結果有

4個DMUs具有相對效率，但第一階段只有2個DMUs具有相對效率，三階段的評估方法在排除環境因素與隨機干擾後，能較敏銳與真實反映DMUs的實際營運狀況。本研究在學術上已將DEA三階段的應用之研究對象延伸至集團的DMUs，在實務上也導引出具有管理實務意涵的研究結論。

Coding for Kids in Easy Steps

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Coding For Kids in easy steps will teach the reader: how to create web pages using HTML (HyperText Markup Language)how to add style to web pages using CSS (Cascading Style Sheets) how to make interactive web pages using JavaScript programmingCoding For Kids in easy steps has an easy-to-follow sty

le that demonstrates coding for web pages in clear examples. It begins by explaining how to make and test a basic web page, then demonstrates how to add text, pictures, links, tables, lists, and buttons to a web page. Next, the reader learns how to specify content color, font, position, and visibili

ty. The book then shows how to add functionality so that web pages can react to user actions. The final chapter brings everything together with a step-by-step example that builds a fun web page containing an interactive game for PC, tablet, or smartphone.Coding For Kids in easy steps assumes the rea

der has no previous coding experience so is ideal for the newcomer to HTML, CSS, and JavaScript technologies.

行動購物APP導入遊戲化元素對黏著度之影響

為了解決Tablet PC的問題，作者洪若氵亟 這樣論述：

現代網路、手機科技發展的越來越好，行動智慧裝置已成為主流，也改變了人們的生活習慣。許多購物網站進而開始發展行動購物應用程式與設計會員制來吸引消費者。此外，隨著遊戲化的興起，甚至有許多廠商會在應用程式中加入一些小遊戲來與消費者進行互動以提高消費者黏著度及購買意願。因此本研究以行動購物APP導入遊戲化為基礎，探討行動購物APP中的遊戲引發的挑戰感、成就感及社交互動感，對行動購物APP黏著度所產生之影響。本研究使用問卷調查法，共蒐集452份有效問卷，並使用SPSS統計軟體及AMOS結構方程式建模軟體進行分析，結果顯示促進型來源、競爭型來源對成就感有正向影響；遊戲化元素之挑戰感、成就感及社交互動感透

過沉浸對黏著度有正向影響；遊戲化元素之挑戰感、社交互動感對黏著度有直接正向影響；獎勵誘因對黏著度有正向影響；沉浸對黏著度有正向影響；黏著度對再使用意願有正向影響；而遊戲化元素之成就感對黏著度並無直接影響關係。最後根據結果提出建議給予供欲開發遊戲化行動購物 APP之業者，以增加消費者之黏著度及再使用意願。關鍵字：行動購物APP、遊戲化、獎勵誘因、沉浸、黏著度、再使用意願