Slide project的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列包括賽程、直播線上看和比分戰績懶人包

Robotics Goes Mooc: Design

為了解決Slide project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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流行音樂創作脈絡分析之探討—以《回身 · 迴聲》專輯為例

為了解決Slide project的問題，作者陳天行 這樣論述：

音樂相關科技的快速發展，大幅度的改變了流行音樂創作與製作的方式，各類音樂製作軟體，對於音樂中的元素，如節奏、音色、風格，以及編曲與錄音工程等等，都造成了重大的影響，而AI創作的興起，更是將流行音樂帶入了一個全新的境界。過去，製作出一個音樂產品所需要經歷的龐大工程，現在很可能在自家的工作室就可以完成。但即便如此，流行音樂創作元素中的旋律、歌詞、節奏等原創精神的存在必要性是不能改變的。本研究從一位資深樂手的角度，以八零、九零年代為出發點，分析探討流行音樂的創作脈絡，進而實作的過程。研究中亦專訪了幾位台灣流行音樂的資深創作人、製作人與民歌手，分享他們的音樂故事，以及經典流行音樂的創作經驗與錄製過程

，並以「保留傳統創作思維，結合科技應用路徑」為方向，進而實作的音樂專輯。因此將本專輯的名稱定為《回身．迴聲》，同時具有回溯過往與展望未來的意義。

Maisy’’s Construction Site: Push, Slide, and Play!

為了解決Slide project的問題，作者Cousins, Lucy 這樣論述：

　　Push, slide, and play to help Maisy build her own playhouse!   　　When Maisy has a building project at hand, she doesn’t wait around. Right on the cover of this adorable chunky board book is a bulldozer ready for little hands to pull along. Readers can join the construction crew by unloadi

ng a dump truck with the turn of a wheel, sliding a rolling cement mixer, and pushing a crane back and forth. Best of all is the chance to celebrate with Maisy and her pals when Ella’s new home is done. Hurray!  

應用 FLAC3D於高雄市甲仙與六龜大規模崩 塌潛勢區之邊坡穩定分析

為了解決Slide project的問題，作者徐子程 這樣論述：

本研究利用 FLAC3D與 GMS 軟體，進行林務局所歸納的兩處大規模崩塌潛勢區之邊坡穩定分析，分別是高雄市－甲仙區－D044 與 D047、以及高雄市－六龜區－D015 等處。首先，利用 GMS 軟體將鑽探資料輸入用以模擬地層分層之情形，再將相關資料改寫成 FLAC3D 所輸入檔案之格式，同時利用FLAC3D 之 FISH 語言撰寫出可供讀取數據之程式，將轉換之格式資料讀入FLAC3D 中，最後，透過 FLAC3D 進行邊坡穩定分析。因此，本研究主要利用FLAC3D 為工具，探討上述 D044 與 D047、D015 等兩處邊坡穩定之分析，據此提供該兩區的水平位移、垂直位移、總位移、水平應

力、垂直應力、以及剪應變增量等分布之情形。透過剪力強度折減法，由模擬結果發現，於常時，甲仙區 D044 與 D047之最大總位移量為 4.61 cm，安全係數為 1.54（大於 1.5 之要求）；而高雄市－六龜區－D015 之最大總位移量為 1.59 cm，安全係數為 1.61（大於 1.5），其顯示所分析之兩區域尚處穩定之狀態。於地震狀態時，依據民國 109 年中央氣象局震度新分級之設定震度為 6 強（即加速度為 6 秒內達到 0.44 g、阻尼比設定為 5%），甲仙區 D044 與 D047 之最大總位移量為 46.1 cm，安全係數為 1.08（小於 1.1 之要求）；至於，高雄市－六龜

區－D015 之最大總位移量為 15.9 cm，安全係數為 1.01（小於 1.1），其顯示所分析的兩區域於震度 6 強時，有可能會處於些許不穩定之狀態。最後，於暴雨時，假設兩研究區之地下水位保守地位於地表面，甲仙區 D044 與 D047 之最大總位移量為 25.8 cm，安全係數為 1.30（大於 1.2 之要求）；至於，高雄市－六龜區－D015 之最大總位移量為 39.3 cm，安全係數為 1.22（大於 1.2），其顯示所模擬分析兩區域於暴雨態時或許能處於穩定之狀態。