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Haptic Guidance on Demand: A Grip-Force Based Scheduling of Guidance Forces., , , , and . IEEE Trans. Haptics, 11 (2): 255-266 (2018)The Python Control Systems Library (python-control)., , , , , and . CDC, page 4875-4881. IEEE, (2021)Naturally-Transitioning Rate-to-Force Controller Robust to Time Delay by Model-Mediated Teleoperation., , and . SMC, page 3066-3071. IEEE, (2015)UAV Tele-operation using Haptics with a Degraded Visual Interface., , , and . SMC, page 2440-2445. IEEE, (2006)Enhancing interaction with the driving ecology through haptic interfaces., , , and . SMC (1), page 841-846. IEEE, (2004)Haptic guidance in bilateral teleoperation: Effects of guidance inaccuracy., , and . World Haptics, page 500-505. IEEE, (2015)Functional and non-functional goals, design and usage of cognitive systems., and . SMC (1), page 797-801. IEEE, (2004)A New Haptic Shared Controller Reducing Steering Conflicts., , , , and . SMC, page 2705-2710. IEEE, (2018)Leans Illusion in Hexapod Simulator Facilitates Erroneous Responses to Artificial Horizon in Airline Pilots., , , , , , and . Hum. Factors, 64 (6): 962-972 (2022)Functional presentation of travel opportunities in flexible use airspace: an EID of an airborne conflict support too., , , and . SMC (1), page 802-808. IEEE, (2004)