The automobile went through its digital transformation with the addition of electronic controls in virtually every system. With automated driving and predictive maintenance, the automobile is experiencing another digital transformation in which data-driven algorithms for implementing artificial intelligence are playing a key role. In this presentation, Roy Lurie, who leads the development of MATLAB®, shares advances in MATLAB for handling big engineering data, making analytics and deep learning easy and accessible.The automobile went through its digital transformation with the addition of electronic controls in virtually every system. With automated driving and predictive maintenance, the automobile is experiencing another digital transformation in which data-driven algorithms for implementing artificial intelligence are playing a key role. In this presentation, Roy Lurie, who leads the development of MATLAB®, shares advances in MATLAB for handling big engineering data, making analytics and deep learning easy and accessible. The automobile went through its digital transformation with the addition of electronic controls in virtually every system. With automated driving and predictive maintenance, the automobile is experiencing another digital transformation in which data-driven algorithms for implementing artificial intelligence are playing a key role. In this presentation, Roy Lurie, who leads the development of MATLAB®, shares advances in MATLAB for handling big engineering data, making analytics and deep learning easy and accessible.The automobile went through its digital transformation with the addition of electronic controls in virtually every system. With automated driving and predictive maintenance, the automobile is experiencing another digital transformation in which data-driven algorithms for implementing artificial intelligence are playing a key role. In this presentation, Roy Lurie, who leads the development of MATLAB®
