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On the Workspace of Electromagnetic Navigation Systems

Q. Boehler, S. Gervasoni, S. L. Charreyron, C. Chautems and B. J. Nelson, "On the Workspace of Electromagnetic Navigation Systems," in IEEE Transactions on Robotics, vol. 39, no. 1, pp. 791-807, Feb. 2023, doi: 10.1109/TRO.2022.3197107. In remote magnetic navigation, a magnetic navigation system is used to generate magnetic fields to apply mechanical wrenches to steer a magnetic object. This technique can be applied to navigate untethered micro- and nanorobots, as well as tethered magnetic surgical tools for minimally invasive medicine. The design and characterization of these systems have been extensively investigated over the past decade. The determination of the region in space in which these systems can operate has yet to be formalized within the research community. This region is commonly referred to as the “workspace” and constitutes a central concept for any class of robotic system. We focus on magnetic navigation systems comprised of electromagnets and propose a first set of definitions for a magnetic workspace, a methodology to determine it, and evaluation metrics to analyze its characteristics. Our methodology and tools are illustrated with several examples of planar and spatial electromagnetic magnetic navigation systems for both didactic and realistic navigation scenarios. CONTENTS: 0:00 - Introduction to electromagnetic navigation systems for minimally invasive medicine 1:39 - Robotic modelling, and the problem of workspace definition 3:00 - Wrench-feasible workspace, and analogy with cable-driven robots 4:44 - Contributions and access to code 5:36 - Sneak peek at the other cool features Link to paper: http://doi.org/10.1109/TRO.2022.3197107