AI, Robotics, Future Computers
A 6G bottleneck breakthrough
As wireless systems grow crowded, one clever design may hold the key to faster, smarter communication.
AI, Robotics, Future Computers
At the forefront of artificial intelligence and robotics, Khalifa University’s groundbreaking researchers are innovating devices and applications with the power to make real change in our lives. An in-depth look at the groundbreaking digital technologies and applications shaping tomorrow’s future.
Latest articles
AI, Robotics, Future Computers
On-demand shopping just got smarter
Aerial drones and a new bidding system for delivery jobs promises faster gratification.
AI, Robotics, Future Computers
The hidden meanings of texts and tweets
A ‘spherical’ AI model finds hidden themes in large collections of headlines and other short texts.
AI, Robotics, Future Computers
Keeping the Internet of Things safe from hackers
Neural nets could help unleash the full potential of the Internet of Things by keeping connected devices safe.
AI, Robotics, Future Computers
Beyond 5G: The dawn of intelligent networks
Khalifa University's 6G Research Center is pioneering AI-driven solutions to power the next generation of wireless communication; moving beyond speed to intelligent, self-optimizing networks.
AI, Robotics, Future Computers
AI learns the language of code to outsmart cyber threats
A software vulnerability checker with the potential to become a repair shop could keep critical computer systems one step ahead.
AI, Robotics, Future Computers
Precision control comes to bendy, twisty robots
Modeling the motion of robots with soft and rigid components opens the door to applications in dynamic and unstructured environments.
AI, Robotics, Future Computers
Pushing the limits of chip design
Khalifa University is building the foundation for a smarter, more secure and more connected world, one silicon chip at a time.
AI, Robotics, Future Computers
Can 3D ear recognition replace conventional biometrics?
With more datasets to support learning, 3D ear recognition could make lifelong biometric identification possible.