In: Robotics, Augmented Reality, and Devices

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Illustration of a child playing a racing game on a computer using a wheel with "HaptiKart" and a cartoon character on it.

Steering autism research with sensory science

Johns Hopkins University and Kennedy Krieger researchers use a new racing game to shed light on how children with autism learn.

A diagram showing a surgeon, three actions (clip the cystic artery, resect gallbladder from liver bed, and dissect Calot's triangle) with RAS-RT, robot action, and confidence blocks after, leading to a risk-avoidance system block that loops back to an autonomy switch and then back to the surgeon.

Beyond assistants: How AI could enable surgical robots to think and act autonomously

Multimodal training promises smarter, safer robotic surgery.

Two surgical robot arms hold and tie suture material in a simulated surgical setting.

Robot that watched surgery videos performs with skill of human doctor

A breakthrough training system utilizing imitation learning opens a “new frontier” in medical robotics.

AI conceptual image.

AI brings autonomous procedures closer, but surgeons still key

A Johns Hopkins briefing explores the evolving role of robotics and artificial intelligence in surgery.

A student grasps a robotic arm's end effector as another student looks on.

Breaking the remote robotics skill barrier

A new JHU targeted training approach can make up for a lack of natural spatial ability in robot teleoperation tasks.

A doctor performs a lumbar puncture on a patient.

New wearable augmented reality device could improve accuracy of spinal tap procedures

Johns Hopkins researchers partnered with a local imaging device company to develop an efficient, real-time lumbar puncture guidance system.