Bio-Inspired AI Lab

Scientists living in the Information Age have an unprecedented amount of real-time information to support resilient context-sensitive decision making in military applications, commercial applications and personalized treatments of complex, challenging medical conditions.

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TEAM CAPABILITIES

Augmented / Virtual / Mixed Reality

Bioinspired / AI / Robotics

Biomedical Informatics

Human-Centered Design

Kelly Cohen

Director

Ai Bio Lab

Aerospace Engineering

Biomedical Engineering

About

The DF AI Bio Lab specializes in explainable/trustworthy Artificial Intelligence (AI) and human performance augmentation, and application expertise in advanced mobility and personalized medicine. We address the challenges concerning safe integration of intelligent decision-making systems by bringing together a unique blend of academic researchers and agency and industry collaborators. Developing a robust library of proprietary, explainable algorithms developed and tested/certified within a comprehensive framework developed from foundational research and attracting a diverse group of researchers from multiple disciplines who adapt tools to critical application areas we are engaged in external partnerships to increase the breadth of expertise and provide use cases for necessary data.

Meet THE TEAM

David Fleck

Co-Leader

College of Medicine

Paula Silva

Co-Leader

Anoop Sathyan

Research Associate

Austin Wessels

Research Associate

Jared Burton

DF Student Fellow

Digital Futures High Performance Computing Center

The Digital Futures (DF) High Performance Computing (HPC) center provides the tools, talent and training necessary to accelerate computational and data-enabled research and knowledge creation.

UC’s HPC and HPDA (High Performance Data Analytics) supercomputer, popular open-source data analysis software packages, high-speed data transfer tools and integrated high-speed storage environment are available to project teams and collaborators. These tools, and others, can be used for proof-of-concept projects, testbeds for new ideas, code benchmarking, interactive analysis and data sharing/reproducibility.

Talented research computing professionals are available to help you scale your workflows from workstation to HPC, optimize your code and take advantage of the massive processing power available in the GPUs for your modeling and simulation, ML and AI projects.