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Selective and rapid expansion of human neural progenitor cells on substrates with terminally anchored growth factors, , , и . Biomaterials, 34 (25): 6008--6014 (2013)Multitouch haptic interface with movable touch screen., , и . SIGGRAPH Asia Haptic Media And Contents Design, стр. 13:1-13:3. ACM, (2015)Development of Encountered-type Haptic Interface that can Independently Control Volume and Rigidity of 3D Virtual Object., , , , и . ICAT-EGVE, стр. 17-24. Eurographics Association, (2015)Development of Haptic Rendering Methods of Rigidity Distribution for Tool-Handling Type Haptic Interface., , и . WHC, стр. 569-570. IEEE Computer Society, (2005)Development of a Non-Grounded Haptic Interface Using the Gyro Effect., , и . HAPTICS, стр. 32-39. IEEE Computer Society, (2003)Human Perception of a Haptic Shape-changing Interface with Variable Rigidity and Size., , , и . VR, стр. 858-859. IEEE, (2019)Pen-based Haptic Virtual Environment.. VRAIS, стр. 287-292. IEEE Computer Society, (1993)Assistive Device Art: aiding audio spatial location through the Echolocation Headphones., , и . AI Soc., 33 (4): 583-597 (2018)Improvement of Walking Motivation by Vibratory Display Powered by an Ankle-Worn Generation Device., , и . AsiaHaptics, том 535 из Lecture Notes in Electrical Engineering, стр. 272-277. Springer, (2018)Development of a Rigidity and Volume Control Module Using a Balloon Filled with Dilatant Fluid., , и . AsiaHaptics, том 535 из Lecture Notes in Electrical Engineering, стр. 187-192. Springer, (2018)