 Hello, my name is Mahesh Chaudhary. I will be talking about how ST sensors and sensor fusion algorithms enable virtual reality, augmented reality systems. ST has sensors such as LSM60SL, which is an accelerometer and a gyro combination, LIS2MDL, a magnetometer, and sensor fusion algorithms that are key to enabling virtual reality, augmented reality systems. In virtual reality, augmented reality systems, one of the key aspects of this application is to be able to track user's head motion such that virtual objects in virtual world can be correlated with image that you would see in the real world. And this is all accomplished by the sensor fusion algorithms and the sensors that we have in our portfolio. Sensor fusion algorithms need to compute the orientation in a fast enough manner such that the latency between the movement of the head to the time when the image is generated is small enough such that user does not feel virtual reality motion sickness. Our solution, which includes our sensors LIS2MDL and LSM60SL on the sensor tile, which my colleague Matteo Domino is wearing on his head mounted device, can compute the orientation within less than six milliseconds of time. Now this enables very smooth experience for the user when the user moves at his or her head and is able to track the object in virtual world without causing any feeling of VR motion sickness. LSM60SL and LIS2MDL plus our sensor fusion algorithms are able to accomplish this such that you have a solution that gives a really good feel and a really good experience to the user. Thank you.