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Microfluidic-Based Droplet and Cell Manipulations Using Artificial Bacterial Flagella.

, , , , , and . Micromachines, 7 (2): 25 (2016)

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How Should Microrobots Swim?, , , and . ISRR, volume 66 of Springer Tracts in Advanced Robotics, page 157-167. Springer, (2007)Microfluidic-Based Droplet and Cell Manipulations Using Artificial Bacterial Flagella., , , , , and . Micromachines, 7 (2): 25 (2016)3D Printing of Thermoplastic-Bonded Soft- and Hard-Magnetic Composites: Magnetically Tuneable Architectures and Functional Devices., , , , , , and . Adv. Intell. Syst., 1 (6): 1900069 (2019)Estimation-Based Control of a Magnetic Endoscope without Device Localization., , and . J. Medical Robotics Res., 3 (1): 1850002:1-1850002:10 (2018)Technology matters, especially when deploying robots in the real world.. Sci. Robotics, (June 2023)Integrated Pedal System for Data Driven Rehabilitation., , , , , , , , , and 2 other author(s). Sensors, 21 (23): 8115 (2021)Task Oriented Model-Driven Visually Servoed Agents., and . ISER, volume 223 of Lecture Notes in Control and Information Sciences, page 121-129. Springer, (1995)Micromanipulation contact transition control by selective focusing and microforce control., and . ICRA, page 3200-3206. IEEE, (2003)Sensing Nanonewton Level Forces by Visually Tracking Structural Deformations., , and . ICRA, page 1943-1948. IEEE, (2002)Fast stable contact transitions with a stiff manipulator using force and vision feedback., , and . IROS (2), page 90-95. IEEE Computer Society, (1995)