Kyle Johnson

Papers

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About

Kyle Johnson is a leading researcher in human-robot interaction, with a primary focus on advancing teleoperation systems through immersive virtual reality technologies. His most-cited work, "Remote Robotic Arm Teleoperation through Virtual Reality" (2019, 21 citations), introduces a novel spatial interface for controlling bi-manual robotic manipulators. By leveraging VR’s natural spatial awareness and intuitive viewing, Johnson’s system enables more effective, real-time remote control—a critical advancement for applications in hazardous environments, surgery, and space exploration. His contributions bridge the gap between human dexterity and robotic precision, offering a paradigm shift from traditional joystick-based control to embodied, immersive interaction. Johnson’s research not only enhances operator performance but also reduces cognitive load, making complex teleoperation tasks more accessible. With growing interest in VR-assisted robotics, his work is foundational for future developments in remote manipulation, earning recognition from both robotics and human-computer interaction communities.