Jessica Sheridan

Title: Innovations by Jessica Sheridan

Introduction

Jessica Sheridan is an accomplished inventor based in Portland, OR (US). She has made significant contributions to the field of static timing analysis through her innovative patent. Her work is recognized for its efficiency and effectiveness in analyzing point-to-point delay constraints in circuits.

Latest Patents

Jessica holds a patent titled "System and method for efficient analysis of point-to-point delay constraints in static timing." This patent describes a method and system for conducting static timing analysis on a circuit with multiple point-to-point delay constraints. The invention derives two conservative and two optimistic user-defined tests for all types of point-to-point delay constraints. The method demonstrates that a conservative test can confirm the satisfaction of the point-to-point constraint without special tags. Conversely, if the optimistic test fails without special tags, it indicates that the constraint is likely to fail if special tags are introduced. The invention also emphasizes the need for real analysis with special tags or path tracing based on the graph's topology.

Career Highlights

Jessica is currently employed at International Business Machines Corporation, commonly known as IBM. Her role involves leveraging her expertise in static timing analysis to enhance circuit design and performance. She has successfully developed methods that improve the efficiency of timing analysis, making her a valuable asset to her team.

Collaborations

Jessica has collaborated with notable colleagues, including Kerim Kalafala and Revanta Banerji. Their teamwork has contributed to advancements in the field of circuit analysis and design.

Conclusion

Jessica Sheridan is a pioneering inventor whose work in static timing analysis has made a significant impact in the field. Her innovative patent showcases her ability to address complex challenges in circuit design. Through her contributions, she continues to advance technology and improve efficiency in electronic systems.