Advancing Humanoid Robots Through a Human-Centric Development Framework
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In recent years, humanoid robots have gained traction with advancements in motors, dexterous hands, large models, and flexible skins. However, a significant issue has emerged: the lack of standardization across different manufacturers' robots, hardware interfaces, and development systems. This fragmentation results in challenges when adapting algorithms and transferring validated scenarios across platforms, creating isolated 'islands' within the industry.
The diversity of robotic platforms is not inherently problematic; the critical concern is whether different technological achievements can effectively connect. The industry must explore whether robots can share learned skills and whether one robot's experiences can serve as a foundation for another's capabilities. A human-centric approach is essential, as human environments, tools, and interaction methods are fundamentally designed around human physicality and behavior.
Current competition in the humanoid robot sector focuses on individual products, such as motion control stability and dexterity. However, the industry requires not only better robots but also a foundational framework that reduces development costs and facilitates technology transfer and system integration. This human-centric perspective is vital for enabling robots to operate seamlessly within human environments and workflows.
Original report
Redefining Humanoid Robots with a Human-Centric Approach
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