Workshop on the Dynamic Interaction of Embodied Human and Machine Intelligence; Marconi State Historic Park, Marshall, California; June 2018

该奖项将支持一个跨学科的研讨会，以研究人类和智能机器(如机器人)在物理上相互作用时的行为方式，而不是只交换信息的情况。随着人类开始频繁地与智能机器进行物理接触，例如在共享空间导航、乘坐自动驾驶汽车或在其附近行走，或者与护理或理疗机器人互动时，这些问题将变得越来越重要。这次研讨会将汇集来自认知神经科学、行为科学、动力学和控制、机器人学、优化和计算机科学的专家，以定义在分析具体化人类和机器智能系统的动态行为方面的关键挑战。由于机器学习能力的快速发展，以及自主和智能机器人系统的广泛部署，在不久的将来，人类将经常发现自己与智能技术进行物理互动。这种智能技术可能包括家庭辅助机器人、理疗机器人、自动驾驶车辆和智能建筑。到目前为止，人类和智能机器的物理耦合动力学几乎没有得到研究，尽管可能会出现意想不到的行为。

This award will support an interdisciplinary workshop to study how humans and intelligent machines, such as robots, may behave while physically interacting with each other, in contrast to situations where they only exchange information. These questions will become increasingly important as humans begin to come into frequent physical contact with intelligent machines, such as when navigating shared spaces, riding in or walking near autonomous vehicles, or interacting with caregiving or physical therapy robots.This workshop will gather experts from cognitive neuroscience, behavioral science, dynamics and control, robotics, optimization, and computer science to define key challenges in analyzing the dynamic behavior of systems of embodied human and machine intelligences. Due to rapidly developing capabilities in machine learning, and wide scale deployment of autonomous and intelligent robotic systems, humans in the near future will regularly find themselves physically interacting with intelligent technology. Such intelligent technology might include home assistance robots, physical therapy robots, autonomous vehicles, and smart buildings. The dynamics of physically coupled of humans and intelligent machines have so far received little study, despite the potential for unexpected behavior.