Machine learning is the present and future of robotics, whether for self-driving vehicles, consumer robotics, or industrial manufacturing. Driven by breakthroughs in research and compute infrastructure, widespread deployment of huge neural nets, and end-to-end robotics tasks, the science and practice of robotics is in the midst of disruption from data-driven approaches such as deep learning and foundational models. If you’re a software or machine learning engineer looking to get into robotics, or a robotics engineer looking to deploy machine learning in your projects, this is your book.
Description:
Machine learning is the present and future of robotics, whether for self-driving vehicles, consumer robotics, or industrial manufacturing. Driven by breakthroughs in research and compute infrastructure, widespread deployment of huge neural nets, and end-to-end robotics tasks, the science and practice of robotics is in the midst of disruption from data-driven approaches such as deep learning and foundational models. If you’re a software or machine learning engineer looking to get into robotics, or a robotics engineer looking to deploy machine learning in your projects, this is your book.