Research Facilities

The Robotics program at UC Riverside is home to state-of-the-art facilities where award-winning faculty conduct cutting-edge research and students explore, create, and discover in hands-on learning environments.

RESEARCH CENTER

Center for Robotics and Intelligent Systems (CRIS)

CRIS conducts research on the foundations and applications of intelligent and autonomous systems, including robotics, computer vision, controls, machine learning, and real-time systems, among others.

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RESEARCH LABORATORIES

Autonomous Robots and Control Systems Lab

Legged and aerial robots in dynamic, unstructured and uncertain environments

human hand and robot hand

Collaborative Intelligence Systems Lab

Our lab invents collaborative intelligence in the networked cyber-physical systems. We build and deploy end-to-end cooperative autonomy that bridges robot/edge/cloud/human intelligence to achieve novel collective capabilities not previously demonstrated.

COoperative VEhicle Networks Lab

Cooperative control algorithm design, networked cyber-physical systems, autonomous vehicles, and distributed sensor networks

people moving

Motion Planning Lab

Cutting-edge research in robotics, computer graphics, and AI

VISIT MOTION PLANNING LAB

Multi-Aspect Data Lab

Data science, signal processing, machine learning, and artificial intelligence

Real-Time Embedded and Networked Systems Lab

Developing robust, predictable, and reliable real-time embedded and cyber-physical systems

artificial intelligence @ UCR

Riverside Lab for Artificial Intelligence Research

Dynamic systems, machine learning and machine vision

3D printer

Robotics and Explainable AI Lab (REAL)

he REAL is currently concentrating on three key areas: (1) Control based on learning and perception, guided by intricate temporal logic specifications. (2) Safe deployment of robots characterized by nonlinear, high-dimensional, and challenging-to-model dy

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Robotics and Medical Systems Lab

Imaging-guided surgical robotics, smart actuation and sensing, rehabilitation robotics, intelligent healthcare systems

Transportation Systems: Vehicle & Infrastructure Interaction

Advanced vehicle computing, control, communication, and sensing technologies

Video Computing Group

Foundations and applications of computer vision, image processing, and statistical learning

Visualization and Intelligent Systems Laboratory

Intelligent systems, large scale camera networks, automatic object recognition and more