- ホーム
- > 洋書
- > 英文書
- > Science / Mathematics
Full Description
The book "Intelligence Moving Cities" methodically unveils the multifaceted impacts of autonomous mobile robots on urban environments. Through seven insightful chapters, readers are taken on a journey from the historical developments in robotics to cutting-edge applications that promise a more livable, safe, and efficient cityscape. From navigation systems and design tailored specifically for urban settings to their integration into daily activities, this book provides a comprehensive look at the technological advancements that are transforming our public spaces.
Each chapter delves deep into critical aspects of urban autonomous robotics: the societal and technological drivers, the evolution of robotics, core technologies of navigation and mobility, design and scalability of urban-use robots, and their diverse applications ranging from public safety to personal mobility and logistics. Furthermore, it addresses the broader implications of deploying these technologies in urban settings, including urban planning, pedestrian safety, and the overall enhancement of city life.
Targeted at technologists, urban planners, policymakers, and academics, "Intelligence Moving Cities" is not merely a technical recount but a profound statement on the intersection of technology, urban planning, and social integration. It offers practical examples, case studies, and forward-looking analyses, making it an indispensable resource for anyone committed to the future of urban development.
Explore the transformative potential of autonomous robotics in creating more accessible, efficient, and people-oriented urban environments with "Intelligence Moving Cities." Join the movement toward revolutionizing city life, ensuring a sustainable, inclusive, and thriving future for urban landscapes
Contents
Chapter 1: Systematic Analysis of the Need for Self-Driving Robots.- Chapter 2: Advances in Self-Driving Robots: Past, Present, and Future.- Chapter 3: Technical Considerations for Autonomous Navigation and Route Navigation.- Chapter 4: Hardware Design and Scalability of Self-Driving Robots.- Chapter 5: Various Applications of Self-Driving Robots.- Chapter 6: Integration of Autonomous Robots in Environmental and Urban Planning (Planning Support System).- Chapter 7: Challenges and Prospects for Self-Driving Robots.- Chapter 8: Environmental Considerations and Sustainability of Autonomous Robots.
