没有人工遥控！全国首个全自主无人化人形机器人导览方案落地

Core Viewpoint - The article discusses the launch of China's first fully autonomous humanoid robot navigation solution by the Beijing Humanoid Robot Innovation Center, which integrates various advanced technologies for diverse applications in exhibition halls, shopping malls, and cultural tourism [1]. Group 1: Technology Overview - The core technology of the solution is the "Wisdom Open Object" platform, which enables a closed-loop system for perception, decision-making, and execution, allowing the humanoid robots to operate independently without human control [3]. - The platform utilizes an AI-driven "big brain" for decision-making and a data-driven "small brain" for execution, enabling the robots to autonomously navigate and interact with users in real-time [5][7]. - The multi-modal fusion perception system captures environmental attributes and features, supporting high-precision navigation and stable movement for the robots [5]. Group 2: System Capabilities - The "Wisdom Open Object" platform serves as the central hub for global scheduling and multi-machine collaboration, allowing seamless integration with IoT devices and ensuring a smooth user experience with minimal response delay [8]. - The platform supports various robot types, including robotic arms and wheeled robots, and features a mature multi-agent collaboration mechanism, enhancing operational efficiency [8]. - The solution is designed to adapt to various tasks, such as guided tours, material handling, and intelligent sorting, breaking the limitations of single-robot functionality [8]. Group 3: Market Potential - The fully autonomous humanoid robot navigation solution is expected to accelerate expansion in the smart cultural tourism sector and penetrate additional fields such as government service centers and technology parks [10]. - As operational costs decrease and adaptability improves, demand from small and medium enterprises and smaller tourist attractions is anticipated to grow, leading to a wave of large-scale implementation [10].