Masashi Konyo

Associate Professor

Tohoku Daigaku

Japan

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About

Masashi Konyo is an Associate Professor at Tohoku Daigaku in Japan. His research primarily focuses on haptic technology, mechanotransduction in the skin, and the dynamics of drone landing performances in challenging conditions. Recent publications include studies on tactile sensitivity and innovative designs for wearable haptic displays. He actively contributes to advancing understanding in both engineering and biological mechanisms related to tactile perception.

Articles (18)

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2025

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2024

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2022

Collaborators (8)

Satoshi Tadokoro

Professor

Tohoku University

JAPAN

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Shinsuke Akita

Chiba University

JAPAN

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Yasuyoshi Yokokohji

Professor

Kobe University

JAPAN

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Hikaru Nagano

Kobe University

JAPAN

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Yusuke Takei

National Institute of Advanced Industrial Science and Technology

JAPAN

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Yu Yamauchi

Assistant professor

Akita University

JAPAN

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Tetsuyou Watanabe

Professor

Kanazawa Daigaku

JAPAN

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Kazuki Abe

Project Assistant Professor

Tohoku University

JAPAN

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Masashi Konyo

Research Interests

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About

Articles (18)

Drone Landing Performance in Windy Conditions: Comparing the Vertical and Horizontal Landing Approaches With the EAGLES Port

Representing Fine Texture of Pencil Hardness by High-Frequency Vibrotactile Equivalence Conversion Using Ultra-Thin PZT-MEMS Vibrators

Stereohaptic Vibration: Out-of-Body Localization of Virtual Vibration Source Through Multiple Vibrotactile Stimuli on the Forearms

Lever Mechanism for Diaphragm-Type Vibrators to Enhance Vibrotactile Intensity

Human Merkel Cells as the Initiator of Mechanotransduction in the Skin: Linking the Animal Model to Humans

Skin viscoelasticity effects on the periodic mechanical stimuli propagation between skin layers

Validation of LLM-Generated Object Co-Occurrence Information for Understanding Three-Dimensional Scenes

On the Analysis of Tactile Sensation Based on Time Measurement: An Experimental Case Study on the Interaction Between Skin and Lotion

Stratum corneum compliance enhances tactile sensitivity through increasing skin deformation: A study protocol for a randomized controlled trial

Permanent-Magnetically Amplified Robotic Gripper With Less Clamping Width Influence on Compensation Realized by a Stepless Width Adjustment Mechanism

Inflated Bendable Eversion Cantilever Mechanism With Inner Skeleton for Increased Stiffness

Wearable High-resolution Haptic Display Using Suction Stimuli to Represent Cutaneous Contact Information on Finger Pad

Air-Jet Levitation of Continuum Robots: Stable Head Floating by Passive Thrust Vectoring for Enhancing Mobility

Experimental Study of the Mechanical Properties of a Spherical Parallel Link Mechanism With Arc Prismatic Pairs

Permanent-Magnetically Amplified Brake Mechanism Compensated and Stroke-Shortened by a Multistage Nonlinear Spring

Highly Articulated Tube Mechanism With Variable Stiffness and Shape Restoration Using a Pneumatic Actuator

Realizing Large Shape Deformations of a Flying Continuum Robot With a Passive Rotating Nozzle Unit That Enlarges Jet Directions in Three-Dimensional Space

Stabilized Controller for Jet Actuated Cantilevered Pipe Using Damping Effect of an Internal Flowing Fluid

Collaborators (8)

Satoshi Tadokoro

Shinsuke Akita

Yasuyoshi Yokokohji

Hikaru Nagano

Yusuke Takei

Yu Yamauchi

Tetsuyou Watanabe

Kazuki Abe

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