Peer-reviewed Publications
Assistive Technology
Kudrinko, K., Flavin, E., Shepertycky, M., & Li, Q. (2021). Assessing the Need for a Wearable Sign Language Recognition Device for Deaf Individuals: Results from a National Questionnaire. Assistive technology, 1-14. doi.org/10.1080/10400435.2021.1913259
Journal of Medical Devices
Martin, J.P., Shepertycky, M., Liu, Y.F., & Li, Q. (2016). Lower Limb-Driven Energy Harvester: Modeling, Design, and Performance Evaluation. Journal of Medical Devices, 10(4), 041005 doi.org/10.1115/1.4033014
IEEE JESTPE
Dickson, A.J., Burton, S., Shepertycky, M., Liu, Y.F., & Li, Q. (2015). Digitally Controlled Energy Harvesting Power Management System. IEEE Journal of Emerging and Selected Topics in Power Electronics, 4(1), 303-317. doi.org/10.1109/JESTPE.2015.2489925
Theses
Ph.D. Dissertation
Shepertycky, M., (2021). Development and Evaluation of an Energy-Removing Lower-Limb Exoskeleton for Human Gait Assistance, Doctoral dissertation, Mechanical and Materials Eng., Queen's University, Canada
Recipient of the Queen's University Faculty of Engineering and Applied Science 2021 Outstanding Thesis Award
Manuscripts Submitted or in Preparation
PLoS ONE
Shepertycky, M., Liu, Y.F., & Li, Q., (2023). A transition point: Assistance Magnitude is a Critical Parameter When Providing Assistance During Walking With an Energy-Removing Exoskeleton or Biomechanical Energy Harvester, PLoS ONE (Under review: PONE-D-23-03527R1)
Applied Ergonomics
Pelot, R., Shepertycky, M., Bryant, J.T., Reid, S., & Bossi, L., (2023) Validation of a Biomechanical Model for Load Carriage Assessment (in preparation)
Applied Ergonomics
Thompson, A., Shepertycky, M., Zhang, J. T., Bryant, T., Morin, E. Sy, A., Bossi, L., & Li, Q.,(2023) Under Pressure: Evaluation of Three Pressure Measurement Systems on Flat and Curved Surfaces
(in preparation)
Technical Reports
Li Q, Bryant J. T., Zhang J, Shepertycky M., Thompson A., Bond M., Morin E. A., & Stevenson J., (2023) Final Report; Objective Manikin-based Biomechanical Assessment of Soldier Torso-borne Equipment (OMBASTE). Queen’s University, Kingston, Ontario, Ergonomics Research Group, Technical Report, W7714-145967/001/SV/Task 49 (Toronto: Defence Research and Development Canada)
Shepertycky M., & Thompson A., (2023) ANNEX A3: Evaluation Report, Load Carriage Simulator Manikins: Stiffness Evaluation; Objective Manikin-based Biomechanical Assessment of Soldier Torso-borne Equipment (OMBASTE). Queen’s University, Kingston, Ontario, Ergonomics Research Group, Technical Report, W7714-145967/001/SV/Task 49 (Toronto: Defence Research and Development Canada)
Shepertycky M., Bryant J.T., Morin E., Stevenson & J., Li Q., (2022). ANNEX B: Development & Operation User Manual, Overseer Mark II: Main Operating Program of the Load Carriage Simulator. Queen’s University, Kingston, Ontario, Ergonomics Research Group, Technical Report, W7714-145967/001/SV/Task 49 (Toronto: Defence Research and Development Canada)
Shepertycky M., Bryant J.T., Morin E., Stevenson J., & Li Q., (2022). ANNEX C1: Experimental Procedure Manual, Load Carriage Simulate General Experimental Setup and Execution. Queen’s University, Kingston, Ontario, Ergonomics Research Group, Technical Report, W7714-145967/001/SV/Task 49 (Toronto: Defence Research and Development Canada)
Shepertycky M., Bryant J.T., Morin E., Stevenson J., & Li Q., (2022). ANNEX D: Development and Operation Manual; LCSim Analytics Mark I: Main Operating Program of the Load Carriage Simulator. Queen’s University, Kingston, Ontario, Ergonomics Research Group, Technical Report, W7714-145967/001/SV/Task 49 (Toronto: Defence Research and Development Canada)
Shepertycky, M., (2023). ANNEX F1: Evaluation Report, Preliminary Evaluation of the Load Carriage Simulator’s Effect on Relative Motion Measurements Conducted Using a Polhemus VIPERTM Motion Capture System. Queen’s University, Kingston, Ontario, Ergonomics Research Group, Technical Report, W7714-145967/001/SV/Task 49 (Toronto: Defence Research and Development Canada)
