Modeling Human-Human Collaboration: A Connection Between Inter-Personal Motor Synergy and Consensus Algorithms

Many day-to-day activities involve people working collaboratively toward reaching a desired outcome. Previous research in motor control and neuroscience have proposed inter-personal motor synergy (IPMS) as a mechanism of collaboration between people, referring to the idea of how two or more people m...

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Bibliographic Details
Main Authors: Honarvar, Sara, Hahn, Jin-OH, Kiemel, Tim, Shim, Jae Kun, Diaz-Mercado, Yancy
Format: Conference Proceeding
Language:English
Subjects:
Behavioral sciences
Collaboration
Consensus protocol
Force
Mathematical models
Motor drives
Tracking
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Summary:Many day-to-day activities involve people working collaboratively toward reaching a desired outcome. Previous research in motor control and neuroscience have proposed inter-personal motor synergy (IPMS) as a mechanism of collaboration between people, referring to the idea of how two or more people may work together "as if they were one" to coordinate their motion. In motor control literature, the uncontrolled manifold (UCM) is used for quantifying IPMS. According to this approach, coordinated motion is achieved by stabilizing of a performance variable (e.g., an output in a collaborative output tracking task). We show that the UCM approach is closely related to the well-studied consensus approach in multi-agent systems that concerns processes by which a set of interacting agents agree on a shared objective. To explore the connection between these two approaches, in this paper, we provide a control-theoretic model that represents the systems-level behaviors in a collaborative task. In particular, we utilize the consensus protocol and show how the model can be systematically tuned to reproduce the behavior exhibited by human-human collaboration (HHC) experiments. We discuss the association between the proposed control law and the UCM approach and validate our model using experimental results previously collected from an inter-personal finger force production task.
ISSN:2378-5861
DOI:10.23919/ACC53348.2022.9867446