SCS的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列包括價格和評價等資訊懶人包

Maritime and Territorial Disputes in the South China Sea: Faces of Power and Law in the Age of China’’s Rise

為了解決SCS的問題，作者 這樣論述：

This edited volume rethinks the relationship between power and law in the age of China’s rise by examining recent developments in the South China Sea (SCS). The contributors explore different interpretations of international law on the legal status of the contested islands and rocks and provide d

etailed analyses of the contested concepts and provisions, the 2016 ruling by the SCS arbitration tribunal, as well as the environmental, economic, and political impacts of the ruling. This book facilitates a more meaningful and productive dialogue over the intersection, interaction, and interdepend

ence between power and law in the context of the SCS. Assessing the interactions between political, legal, and normative forces, it provides insights into the specific dynamics of the dispute and the shifting security landscape in the region, but also offers a basis for thinking more deeply about th

e broader rise of China. This book will appeal to both students and scholars of IR, International Law, and Asian Studies and those engaged in research on the SCS disputes, the rise of China, and with a theoretical interest in law and power in international affairs.

SCS進入發燒排行的影片

基於深度學習之視覺辨識之除蟲機器人

為了解決SCS的問題，作者吳子健 這樣論述：

根據統計，台灣農藥每單位用量，每公頃平均最高曾到十七公斤，居高世界第一位。而農藥用多了，食品內的農藥濃度便會提升，對土壤和人體都會產生嚴重影響。因此近年出現了許多的有機農場，有機農場的要求是不使用人工化學合成農藥丶人工合成肥料等等。但是有機種植的困難多，由其蟲害的問題更是讓農夫十分頭痛。解決蟲害最快的方式是直接用人進行觀察並除蟲。但是近年來台灣的高齡化丶少子化與新冠肺炎(Covid-19)的多重影響下，使勞動力大幅下降。 因此本文提出一種智能除蟲機器人，其結合了人工智能(Artificial intelligence, AI)丶深度攝影機丶自走車丶小型機器手臂與麥克納姆輪等裝置，應用於有機農

場中的自動除蟲機器人。除蟲機器人包括三個系統：視覺系統丶移動機構和驅蟲裝置。其中視覺系統能夠對害蟲辨識，也能夠取得距離。再把害蟲的位置傳給移動機構，機器人便會移動到害蟲的面前。最後使用驅蟲裝置，轉動機器手臂並啟動除蟲器，完成除蟲動作。

Tribes of Western India: A Comparative Study of Their Social Structure

為了解決SCS的問題，作者Kumar, Dhananjay,Lobo, Lancy 這樣論述：

Dhananjay Kumar is Assistant Professor at the Centre for Culture and Development, Vadodara, India. He did his post-graduation in Anthropology from the University of Delhi and has a doctorate in Social Anthropology from the Department of Humanities and Social Sciences, National Institute of Technolog

y, Rourkela, Odisha, India. He has conducted fieldwork among the SCs, OBCs and STs Communities of India with a focus on their society and culture and has authored, co-authored papers in journals and edited books.Lancy Lobo has been Professor and Director, Centre for Social Studies, Surat, India. He

holds a master’s degree in Anthropology and a doctoral degree in Sociology from the Delhi School of Economics, University of Delhi, India. He is also the Founder-Director at the Centre for Culture and Development, Vadodara, India. Currently, he is a research scholar at the Indian Social Institute, D

elhi, India.

十二週彈力帶阻力運動介入對銀髮族肌力及肌耐力與平衡能力之探討

為了解決SCS的問題，作者何杰勳 這樣論述：

研究目的：十二週彈力帶阻力運動介入對銀髮族肌力及肌耐力與平衡能力之探討。研究對象：以台北市某日照中心65歲以上之銀髮族32位。研究方法：十二週彈力帶阻力運動介入，每週2次，每次1小時，並實施銀髮族功能性體適能檢測項目中，肱二頭肌手臂屈舉、30秒椅子坐立及椅子坐起繞物三項檢測之前後測，將檢測資料以成對樣本T檢定進行統計分析，比較前測與後測的差異。研究結果：經十二週運動介入後，研究對象功能性體適能檢測肱二頭肌手臂屈舉前測平均值為17.50±3.02下，後測平均值為20.91±3.78下；30秒椅子坐立前測平均值為15.06±3.07下，後測平均值為16.25±2.59下；椅子坐起繞物前測平均值為

8.64±1.45秒，後測平均值為7.65±1.12秒，三項均達統計上顯著差異（p