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Stability analysis via IQC for multilateral tele-control and application to multi-client/multi-coupling physical model system

机译:通过IQC进行稳定性分析,以进行多边遥控并应用于多客户端/多耦合物理模型系统

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Visual and auditory communication over the Internet has enabled communication unlike any humankind has experienced before. However, Internet communication based on haptic interfaces is not yet widespread. This study seeks to allow thousands of people to share the sense of force and enjoy Internet games such as tug-of-war by providing a stabilizing system able to overcome Internet communication delay. First, we derive non-positivity for the multi-coupling physical model. Second, we prove that a closed loop using a phase control filter is stable despite constant communication delay using Integral Quadratic Constraints (IQC). Finally, we validate our proposed system through a series of experiments with 8 clients.
机译:互联网上的视觉和听觉交流已实现了与以往任何人类不同的交流。但是,基于触觉接口的互联网通信尚未普及。本研究旨在通过提供一种能够克服互联网通信延迟的稳定系统,使成千上万的人分享力量感并享受诸如拔河之类的互联网游戏。首先,我们推导了多耦合物理模型的非正性。其次,我们证明了使用相位控制滤波器的闭环是稳定的,尽管使用积分二次约束(IQC)具有恒定的通信延迟。最后,我们通过与8位客户进行的一系列实验验证了我们提出的系统。

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