Open-Source Textbook: Physical AI & Humanoid Robotics
This is an interactive, open-source textbook designed to guide learners through the entire pipeline of building autonomous humanoid robots, from foundational concepts to a final capstone project.
Structure: The curriculum is organized into 7 Parts and 22 Chapters featuring 87 interactive lessons. It aligns perfectly with your appendices, including a glossary, mathematical foundations, and hardware/software guides.
Content Focus:
Part 1 (Foundations): Bridges the gap between digital AI and physical systems.
Part 2-4 (Tools): Provides in-depth training on ROS 2, simulation environments like Gazebo and NVIDIA Isaac Sim, and the NVIDIA Isaac platform.
Part 5 (Humanoid Development): Covers advanced topics like balance, inverse kinematics, and whole-body control.
Part 6-7 (Integration): Explores conversational AI, vision-language-action models, and a hands-on capstone project.
Key Features: It's an "AI-native" project, optimized for human learners and AI agents, and includes hands-on code examples ready to run in a browser without any installation.
This is an academic volume published by Springer that offers a structured, systematic overview of the technical approaches in embodied intelligence, written by researchers from Sun Yat-sen University.
Structure: The book is divided into 8 chapters, progressing from basic concepts to advanced methods.
Content Focus:
Core Technologies: It begins with foundational tech like 3D spatial representation and reinforcement learning.
Key Applications: Chapters systematically cover essential embodied AI technologies, including perception, navigation, manipulation, planning, and multi-agent collaboration.
Practical Implementation: The final chapter is dedicated to implementing these methods on simulation platforms.
This book, part of Springer's "Information Systems Engineering and Management" series, takes a broader, application-oriented look at embodied AI systems across various industries.
Content Focus:
Real-World Applications: It explains how embodied systems like robots and drones are used to create "smarter environments," such as hospitals, warehouses, retail stores, and defense zones.
Core Technologies: It includes chapters on the technology behind these systems, as well as covering key challenges, ethics, and specific applications like autonomous driving and healthcare.
These resources together provide a comprehensive blend of theoretical foundations, hands-on technical training, and real-world application, mirroring the structure of your appendices.
"synopsis" may belong to another edition of this title.
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Paperback. Condition: new. Paperback. Open-Source Textbook: Physical AI & Humanoid RoboticsThis is an interactive, open-source textbook designed to guide learners through the entire pipeline of building autonomous humanoid robots, from foundational concepts to a final capstone project.Structure: The curriculum is organized into 7 Parts and 22 Chapters featuring 87 interactive lessons. It aligns perfectly with your appendices, including a glossary, mathematical foundations, and hardware/software guides.Content Focus: Part 1 (Foundations): Bridges the gap between digital AI and physical systems.Part 2-4 (Tools): Provides in-depth training on ROS 2, simulation environments like Gazebo and NVIDIA Isaac Sim, and the NVIDIA Isaac platform.Part 5 (Humanoid Development): Covers advanced topics like balance, inverse kinematics, and whole-body control.Part 6-7 (Integration): Explores conversational AI, vision-language-action models, and a hands-on capstone project.Key Features: It's an "AI-native" project, optimized for human learners and AI agents, and includes hands-on code examples ready to run in a browser without any installation.Academic Textbook: The Principles and Practice of Embodied IntelligenceThis is an academic volume published by Springer that offers a structured, systematic overview of the technical approaches in embodied intelligence, written by researchers from Sun Yat-sen University.Structure: The book is divided into 8 chapters, progressing from basic concepts to advanced methods.Content Focus: Core Technologies: It begins with foundational tech like 3D spatial representation and reinforcement learning.Key Applications: Chapters systematically cover essential embodied AI technologies, including perception, navigation, manipulation, planning, and multi-agent collaboration.Practical Implementation: The final chapter is dedicated to implementing these methods on simulation platforms.Edited Volume: Building Embodied AI SystemsThis book, part of Springer's "Information Systems Engineering and Management" series, takes a broader, application-oriented look at embodied AI systems across various industries.Content Focus: Real-World Applications: It explains how embodied systems like robots and drones are used to create "smarter environments," such as hospitals, warehouses, retail stores, and defense zones.Core Technologies: It includes chapters on the technology behind these systems, as well as covering key challenges, ethics, and specific applications like autonomous driving and healthcare.These resources together provide a comprehensive blend of theoretical foundations, hands-on technical training, and real-world application, mirroring the structure of your appendices. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability. Seller Inventory # 9798186499817
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