Company Filing History:
Years Active: 2015-2016
Title: Spotlight on Inventor Jeanette T Baran-Gale
Introduction: Jeanette T Baran-Gale is a notable inventor based in Durham, NC, USA. With a focus on computer-assisted video surveillance technologies, Baran-Gale has made significant contributions to the field, holding three patents. Her innovative approaches enhance the capabilities of surveillance systems in identifying persons of interest, showcasing her expertise in the intersection of technology and security.
Latest Patents: Baran-Gale’s recent work includes her patent for assisted video surveillance of persons-of-interest. This invention outlines methods, systems, and media for detecting moving persons in video frames. The technology allows for the extraction of features from detected individuals and identifies which of these individuals are likely matches to a specific person of interest. The identification process can utilize both attribute-based searches and specific person-based searches. Furthermore, this system reconstructs the likely path of a person of interest by confirming identified matches with relevant images.
Career Highlights: Currently, Jeanette T Baran-Gale is associated with the Massachusetts Institute of Technology, which is renowned for its innovative research and development initiatives. Her role there involves advancing technology in security applications, particularly in video surveillance. Her contributions have significantly impacted the effectiveness of surveillance techniques, making environments safer.
Collaborations: Throughout her career, Baran-Gale has collaborated with notable colleagues, including Jason R Thornton and Daniel J Butler. These partnerships have allowed for the exchange of ideas and enhancement of technological advancements in the field, propelling their collective work forward.
Conclusion: Jeanette T Baran-Gale exemplifies the innovative spirit that drives technological advancements in surveillance systems. Her three patents highlight her commitment to enhancing security measures through intelligent and automated methods. As technology continues to evolve, her contributions will likely play a crucial role in shaping future innovations in this essential field. The impact of her work serves as an inspiration for both current and future inventors.