导语：机器人集群由大量简单机器人组成，每个机器人只有极有限的感知、通信和计算能力。它们能完成聚合、编队、搬运等任务，但一直有一个根本性难题——集群如何知道自己在什么形状的环境里？没有GPS，没有地图，没有全局通信，甚至没有位置传感器。来自法国、日本等 ...

月球，这颗距离地球最近的天体邻居，不仅承载着人类对宇宙的无限遐想，更藏着解读宇宙起源的科学密码，其丰富的自然资源和独特的空间环境，使其成为深空探测的关键跳板。在月球众多神秘特征中，由地下空洞坍塌形成的坑洞和洞穴，被认为是未来人类 ...

Unified reinforcement learning framework enables humanoid robots to react and adapt under real-world perceptual uncertainty Titled "Learning Vision-Driven Reactive Soccer Skills for Humanoid Robots," ...

《Science Robotics》封面重磅！ 靠“听”“看”锁定海底生物集群 用于珊瑚礁生物活动的视觉和声学观察生成模型 在这个框架下，团队开发了四种自主行为，两种开环（画地图），两种闭环（主动找）。 方法一：眼睛扫一遍，看得清清楚楚 第一个实验最简单粗暴。

Researchers in the School of Science and Engineering at Saint Louis University are creating a future where humans and robots work seamlessly together, improving the way we live. From machines that ...

Children in Halloween costumes spent Saturday driving robots, meeting animals and watching chemistry demonstrations at E3 ...

Opentrons Labworks Inc., a leader in artificial intelligence-driven robotic laboratory automation, today announced it has ...

In two new papers, UC Berkeley roboticist Ken Goldberg explains why robots are not gaining real-world skills as quickly as AI chatbots are gaining language fluency. UC Berkeley News spoke with ...

Science Spooktacular offers free STEM activities, hands-on learning and Halloween fun at the Elkhart County 4-H Fairgrounds ...

Newswise — The U.S. Department of Energy’s (DOE) Office of Science has selected four National Laboratory-led projects to drive breakthroughs in advanced robotics and automation for scientific ...