PhysicsAI
PhysicsAI specializes in deep learning within spacetime, offering dynamic machine perception for robotics, autonomous vehicles, and intelligent sensors. Their technology leverages deep hybrid neural network architectures, generative AI for simulation, robust machine learning algorithms, and rigorous data science principles. Key applications include autonomous vehicles with advanced machine perception and control, intelligent sensors with multi-modal fusion for real-time processing, and virtual reality environments benefiting from 3D physics simulations and synthetic data. The company provides R&D services for algorithm design and optimization, as well as consulting on AI strategy and system design. They have a notable track record with DARPA and the US Army, including controlling an F-16 in flight and developing AI for autonomous vehicles and intelligent sensors.
PhysicsAI
PhysicsAI specializes in deep learning within spacetime, offering dynamic machine perception for robotics, autonomous vehicles, and intelligent sensors. Their technology leverages deep hybrid neural network architectures, generative AI for simulation, robust machine learning algorithms, and rigorous data science principles. Key applications include autonomous vehicles with advanced machine perception and control, intelligent sensors with multi-modal fusion for real-time processing, and virtual reality environments benefiting from 3D physics simulations and synthetic data. The company provides R&D services for algorithm design and optimization, as well as consulting on AI strategy and system design. They have a notable track record with DARPA and the US Army, including controlling an F-16 in flight and developing AI for autonomous vehicles and intelligent sensors.