Company Filing History:
Years Active: 2013
Title: Michael Lews Seltzer: Innovator in Federated Route Production
Introduction: Michael Lews Seltzer is a notable inventor based in Seattle, WA, recognized for his contributions to the field of routing technology. With a strong emphasis on advancements in transportation and travel information systems, Seltzer’s innovation showcases the integration of artificial intelligence to enhance user navigation experiences.
Latest Patents: Michael Lews Seltzer holds a patent for a groundbreaking technology titled "Federated Route Production." This patent details a system where routes can be generated through conventional methods, such as portable electronic devices, accessing comprehensive databases that include roads, traffic information, and weather data. Notably, as users near private areas, the system augments the route with relevant travel information concerning those locations. The use of artificial intelligence techniques plays a crucial role in determining whether to enhance the route and in making insightful suggestions for the augmentations.
Career Highlights: Currently, Michael is associated with Microsoft Technology Licensing, LLC, where his expertise contributes to cutting-edge technologies that influence how individuals navigate and interact with their environments. His single yet impactful patent reflects his commitment to improving transportation systems through innovative solutions.
Collaborations: Throughout his career, Michael has worked alongside esteemed colleagues such as John Charles Krumm and Jeffrey Darren Couckuyt. Their collaborative efforts highlight a multi-disciplinary approach to advancing technologies in routing and navigation.
Conclusion: Michael Lews Seltzer stands as a prominent figure in the patent landscape, particularly in the realm of federated route production. His innovative spirit and dedication to utilizing technology to enhance navigation demonstrate the critical role inventors play in shaping the future of transportation and travel information systems.