Company Filing History:
Years Active: 2015
Title: Celebrating the Innovations of Asheem Linaval
Introduction: Asheem Linaval, an innovative inventor based in Fremont, California, has made significant contributions to the field of technology with his remarkable patent. As a member of the dynamic team at Google Inc., Asheem is dedicated to advancing optical technologies, particularly in the realm of Light Detection and Ranging (LIDAR) devices.
Latest Patents: Asheem Linaval holds a patent for a groundbreaking invention titled "Circuit architecture for optical receiver with increased dynamic range." This innovative circuit architecture is designed for the sensing component of LIDAR devices, providing a wide dynamic range that enhances the performance of optical systems. The architecture consists of multiple components, including photosensors, corresponding diodes, a multiplexer, and an amplifier, all working together to optimize the reception of optical signals.
Career Highlights: Throughout his career at Google Inc., Asheem has been instrumental in developing advanced technologies that have practical applications in various industries. His commitment to research and innovation has earned him recognition among peers and professionals in the tech field. With one patent to his name, Asheem continues to push boundaries in the development of optical communications.
Collaborations: Asheem Linaval collaborates closely with talented individuals in the tech industry, including notable coworkers Alexander Zbrozek and Pierre-Yves Droz. Together, they explore new ideas and work on projects that drive innovation and technological advancements, making a notable impact in their field.
Conclusion: Asheem Linaval stands as a testament to the spirit of innovation in technology. His patent for a circuit architecture aimed at improving optical receiver capabilities reflects his contribution to the ever-evolving landscape of LIDAR technology. As he continues to collaborate with fellow inventors and engineers at Google Inc., Asheem possesses the potential to further influence the future of optical technologies.