Company Filing History:
Years Active: 2017
Title: The Innovative Mind of Miriam King Connor: Pioneering Document Classification
Introduction: Miriam King Connor, based in Menlo Park, California, is an accomplished inventor best known for her contributions in the field of document classification. With a keen focus on identifying longform articles, her innovative work has led to the successful patenting of a method that enhances the way documents are classified and processed.
Latest Patents: Miriam holds a noteworthy patent titled "Identifying longform articles - Methods, systems, and apparatus, including computer programs encoded on computer storage media, for classifying documents." This patent encompasses a comprehensive methodology that involves obtaining a collection of training documents, both positive and negative, and extracting features that represent the lexical or textual content of these documents. By generating a longform document classifier trained from these features, Miriam’s invention enables precise classification of input documents as either longform or not longform.
Career Highlights: Currently, Miriam is a valuable member of the innovative team at Google Inc., where her expertise and insights contribute to the advancement of technology and information processing. With one patent to her name, her career reflects a deep commitment to improving how we engage with written content through sophisticated technological solutions.
Collaborations: At Google Inc., Miriam collaborates with talented colleagues, including Isabelle L. Stanton and Amarnag Subramanya. Their collective efforts and diverse skill sets foster an environment of collaboration, enhancing the development and application of cutting-edge technologies in document classification.
Conclusion: Miriam King Connor stands out as a pioneering inventor with her impactful patent in document classification. Her work not only showcases her innovative spirit but also sets the stage for advancements in how we interact with digital documents. As technology continues to evolve, Miriam's contributions serve as a vital stepping stone for future innovations in this field.