Deepu Talla

VP and GM, Autonomous Machines, NVIDIA

Artificial intelligence is the most powerful technology of our time, giving machines the ability to sense, perceive, and interact with the world. AI is driving an exciting new era of robotics and high-performance computing platforms are critical to the creation of tomorrow’s machines — both big and small. And with new tools powering the future of autonomous machines, there’s no limit to what’s possible.

During this keynote presentation, Deepu Talla, VP and GM, Autonomous Machines, NVIDIA, will dive into the elements required to bring a product to life — embedded hardware, flexible software, and a strong ecosystem. He will also review some of the latest advancements in robotics research and provide examples of commercially successful robotics systems. Examples include cobots that can work alongside humans in manufacturing, last-mile delivery robots that bring food and products to consumers, and agricultural robots that will help feed Earth’s growing population. Talla will also describe how it is now faster and easier than ever for companies, researchers, developers, and makers to get up and running with robotics.

Dawn Tilbury

Head of the Directorate for Engineering, National Science Foundation and Professor University of Michigan

Robots are moving into workplaces, replacing some people while helping others to accomplish their goals. NSF has been funding research in The Future of Work at the Human-Technology Frontier, with a goal of ensuring that the robots of the future are beneficial for both people and jobs. One of NSF’s Ten Big Ideas, the Future of Work at the Human-Technology Frontier will require cross-disciplinary and convergent research, as well as collaborations between universities and industries. Through these collaborations that will define and develop new technologies, we foresee significant progress being made on many important societal challenges.