双向耦合交互现实系统中的混合现实态
Mixed Reality States in a Bidirectionally Coupled Interreality System
摘要：
我们提出了实验数据的限制行为的interreality系统，包括一个虚拟的水平驱动的钟摆耦合到其现实世界的对应，其中的相互作用的时间尺度是远远短于时间尺度的动态系统。我们提出的实验证据表明，如果简化的虚拟系统的物理参数匹配的真实系统在一定的公差内，有一个过渡从不相关的双重现实状态的混合现实状态的系统中的两个摆的运动是高度相关的。稳定解的参数空间区域对于实验数据和数值模拟都具有Arnold舌结构。由于虚拟系统更好地近似真实系统，即使是其他交互现实系统中的弱耦合也可能产生混合现实状态的突然变化。
英文摘要：
We present experimental data on the limiting behavior of an interreality system comprising a virtual horizontally driven pendulum coupled to its real-world counterpart, where the interaction time scale is much shorter than the time scale of the dynamical system. We present experimental evidence that if the physical parameters of the simplified virtual system match those of the real system within a certain tolerance, there is a transition from an uncorrelated dual reality state to a mixed reality state of the system in which the motion of the two pendula is highly correlated. The region in parameter space for stable solutions has an Arnold tongue structure for both the experimental data and for a numerical simulation. As virtual systems better approximate real ones, even weak coupling in other interreality systems may produce sudden changes to mixed reality states.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
