San Francisco, CA, United States of America

Heather Lee Wilson


Average Co-Inventor Count = 10.0

ph-index = 2

Forward Citations = 31(Granted Patents)


Company Filing History:


Years Active: 2014-2016

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2 patents (USPTO):Explore Patents

Title: Innovations by Heather Lee Wilson

Introduction

Heather Lee Wilson is an accomplished inventor based in San Francisco, CA. She has made significant contributions to the field of wireless device technology, particularly in battery analysis and prediction. With two patents to her name, her work has the potential to enhance the efficiency and longevity of wireless devices.

Latest Patents

Heather's latest patents focus on battery drain analysis and prediction for wireless devices. The first patent describes a technology that involves extracting attributes associated with applications and collecting data samples from wireless devices. This data includes application identifiers and battery drain information. The technology aims to determine battery usage characteristics based on correlations among the data samples. The second patent also addresses battery drain analysis, detailing a method for collecting wireless device information and determining prediction outcomes for various battery usage models. This innovative approach generates accurate battery prediction results, enhancing the user experience for wireless device owners.

Career Highlights

Heather is currently employed at Asurion Corporation, where she applies her expertise in wireless technology. Her work has been instrumental in developing solutions that address common challenges faced by users of wireless devices.

Collaborations

Heather has collaborated with notable colleagues, including Jeffrey Rhines and Cory Adams. Their combined efforts contribute to the advancement of technology in the wireless sector.

Conclusion

Heather Lee Wilson's innovative work in battery analysis and prediction for wireless devices showcases her expertise and dedication to improving technology. Her contributions are paving the way for more efficient wireless devices in the future.

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