Gregory F Ford

Title: **Innovations by Gregory F. Ford: A Focus on Boundary Latch Technology**

Introduction

Gregory F. Ford, an innovative inventor based in San Jose, California, holds a notable patent in the field of integrated circuit design. His expertise lies in enhancing boundary timing through the strategic placement of boundary latches, which is crucial for maintaining the integrity and efficiency of circuit operations. As a dedicated member of International Business Machines Corporation, Gregory has significantly contributed to advancements in this technical domain.

Latest Patents

One of Gregory F. Ford's key inventions is encapsulated in his patent titled "Boundary latch and logic placement to satisfy timing constraints." This patent addresses the challenges associated with boundary timing in integrated circuit design. The innovative approach involves designating specific boundary latches and applying placement constraints to ensure these latches are optimally positioned. By employing depth-first search techniques, Gregory identifies critical latches along interconnection paths, while meticulously filtering out those that do not meet established designer rules. His method facilitates a dual-phase placement strategy, which includes global placement while maintaining boundary latch constraints and a subsequent timing-driven placement phase.

Career Highlights

Gregory F. Ford has made significant strides during his tenure at International Business Machines Corporation. His contributions to the field of integrated circuit design have not only improved timing accuracy but also streamlined the overall design process for engineers working in this challenging area. With enhanced functionality, his innovations provide a solid foundation for future developments in circuit architecture.

Collaborations

Throughout his career, Gregory has collaborated with esteemed professionals, including Charles Jay Alpert and Mark D. Aubel. These collaborations have further enriched the innovation landscape at IBM, allowing for the exchange of ideas and fostering a culture of creativity and problem-solving within the team.

Conclusion

Gregory F. Ford's work exemplifies the impact that targeted innovations can have on the field of integrated circuit design. His patented technology for managing boundary timing through strategic latch placement showcases his dedication to improving engineering practices and optimizing circuit performance. As the landscape of technology continues to evolve, Gregory's contributions will likely serve as a catalyst for further advancements in the domain.