This appears to be a transcript of a lecture by Fei-Fei Li, the director of the Stanford Artificial Intelligence Lab (SAIL), on the topic of spatial intelligence and its potential to revolutionize various aspects of our lives.

The speaker highlights the significance of spatial intelligence in enabling computers and robots to understand and interact with the 3D world, just like humans do. This technology has the potential to transform various fields, including healthcare, education, and productivity.

Some specific examples mentioned include:

  1. Creating plausible spaces for viewers to explore, based on a single image.
  2. Training computers and robots to act in the 3D world using simulation environments powered by 3D spatial models.
  3. Developing robotic language intelligence, enabling robots to perform tasks based on verbal instructions.
  4. Using large language model-based input to teach robots to interact with humans and the 3D world.
  5. Piloting smart sensors that can detect clinicians’ hand hygiene, track surgical instruments, and alert care teams when a patient is at physical risk.

The speaker also touches on the potential applications of spatial intelligence in healthcare, such as:

  1. Autonomous robots transporting medical supplies while caretakers focus on patients.
  2. Augmented reality guiding surgeons to perform safer, faster, and less invasive operations.
  3. Patients with severe paralysis controlling robots with their thoughts using brain signals.

Throughout the lecture, Fei-Fei Li emphasizes the importance of developing technologies that prioritize human-centeredness, dignity, and prosperity. She concludes by expressing her excitement for a future where AI grows more perceptive, insightful, and spatially aware, and collaborates with humans to create a better world.

Translation

这似乎是一场讲座的笔录,由斯坦福人工智能实验室(SAIL)的Fei-Fei Li女士主讲,她讨论了空间认知力在革命化各个方面的潜力。 演讲者强调,空间认知力对于使电脑和机器人能够理解和与三维世界进行互动,同人类一样是非常重要的。这种技术有可能转变众多领域,如医疗保健、教育和生产力等。 其中一些具体例子包括: 1. 依靠单个图片创建可探索的虚拟空间。 2. 使用3D空间模型驱动的模拟环境来训练电脑和机器人在三维世界中进行行为。 3. 开发机器人语言智慧,使其能够根据口头指令执行任务。 4. 利用大型语言模型作为输入,让机器人能够与人类和三维世界进行互动。 5. 测试智能传感器,检测医护人员的手卫生、跟踪手术仪器,并在病患面临身体风险时向保健团队发出警告。 演讲者还提到了空间认知力在医疗保健领域的潜在应用,如: 1. 自动机器人运送医疗用品,使保健工作者可以专注于照顾患者。 2. 增强现实帮助外科医生安全地、快速地进行手术,并减少侵入性。 3. 处于严重瘫痪的病患使用脑信号控制机器人的能力。 整场讲座中,Fei-Fei Li女士不断强调发展优先考虑人类中心、尊严和繁荣性的技术的重要性。最后,她对未来的兴奋表达了出台,在未来AI变得更加敏感、睿智并具有空间认知能力时,与人类合作创造一个更好的世界。
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