 Welcome to CES, my name is Stuart Ferguson, and I'm in charge of ST Microelectronics Mems and Sensors portfolio. The demo that I'm showing today is our Tessio 3 Evaluation Board, which provides a complete solution for 3D navigation. Vehicle positioning is primarily determined by GNSS, but in situations where you're between tall buildings or in a tunnel, and GNSS signal is low, the input needs to be supplemented by various vehicle sensors. Sensors which provide GNSS support are the yaw rate sensor, which provides left-right information. The tilt sensor, which provides changes in height, which can be used to look at changes in altitude, and the odometer which determines how far the vehicle has travelled in a certain period of time. ST today is the world leader in inertial sensors for automotive applications, delivering more than 20 million units in 2019. Our ASM 330 is a 6-axis IMU, combining a 3-axis gyro and a 3-axis acceleration sensor in one unit. The key parameter to consider when selecting an IMU is stability. ST has the highest stability in the industry, providing for the highest navigation accuracy. In addition to hardware such as our GNSS chip and our ASM 330 IMU, ST also provides dead reckoning software, which fuses together the sensor and GNSS inputs to provide accurate navigation. Finally, I'd like to talk about our Tessio draw and Tessio drum. Tessio draw connects to the vehicle odometer, but our new version Tessio drum can run without an odometer connection, primarily using the IMU. Thank you for attending CES, and for more information please go to ST.com.