Debra Dean

Title: Celebrating the Innovations of Inventor Debra Dean

Introduction: Debra Dean, an accomplished inventor based in Cary, NC, has made significant contributions to the field of electronic design automation (EDA). With a focus on enhancing data processing systems, she has one patented innovation that has implications for semiconductor chip design.

Latest Patents: Debra's patent, titled "Offline analysis of hierarchical electronic design automation derived data," presents a sophisticated EDA data processing system. This system includes a version graph database alongside a controller. The version graph database effectively stores various versions of graph data sets, which correspond to specific circuit components found at different hierarchical levels of semiconductor chip designs. Each graph set is tagged with a version identifier (ID) reflecting its version status. The controller plays a crucial role in identifying the hierarchical circuit involved in the semiconductor chip and pinpointing associated targeted circuit components. This innovation allows for the retrieval of targeted graph data sets from the database, but only those with matching version IDs, ensuring consistency across versions.

Career Highlights: Debra Dean's work is marked by her tenacity and skill in the complex realm of electronic design automation. Her innovative thinking has garnered her recognition within the industry, particularly through her work at the International Business Machines Corporation (IBM). This prestigious company is renowned for its cutting-edge technology and research advancements.

Collaborations: Throughout her career, Debra has had the pleasure of collaborating with esteemed colleagues, including Sheshashayee K Raghunathan and Thomas S Guzowski. These collaborations have likely played a role in enhancing her capabilities and contributing to her success as an inventor.

Conclusion: Debra Dean exemplifies the spirit of innovation and determination. Her patent in the field of electronic design automation not only demonstrates her expertise but also represents a significant advancement in semiconductor chip design. Her work at IBM alongside talented peers underscores her commitment to technological progress and the promising future of electronic design.