Daniel J Flees

Title: The Innovative Mind of Daniel J Flees

Introduction

Daniel J Flees is a notable inventor and influential contributor to the field of digital circuit design, based in San Jose, California. With a keen understanding of timing analysis and clock skew in latch-controlled digital circuits, he has made significant advancements that impact the design and performance of integrated circuits.

Latest Patents

Flees holds one patent titled "Timing analysis of latch-controlled digital circuits with detailed clock skew analysis." This patent introduces a comprehensive method, system, and computer program product that takes clock skew into account when designing digital systems with latch-controlled circuits. The invention includes a methodology for assessing whether logic operations can be conducted within the available time, leading to the determination of worst-case timing paths for circuits governed by flip-flops or latches. By enabling detailed modeling of clock skew across different domains of integrated circuits, his invention allows for the revision and verification of integrated circuit designs effectively.

Career Highlights

Daniel J Flees has made his mark in the technological industry through his role at Sun Microsystems, Inc. His contributions have significantly enhanced the efficiency and reliability of digital systems, fostering innovation in integrated circuit design. His expertise in the timing analysis of digital circuits positions him as a valuable asset in the field of computer engineering.

Collaborations

Throughout his career, Flees has collaborated with talented colleagues, including Eileen H You and Matthew E Becker. These collaborations have likely enriched his work and contributed to the innovative designs and methodologies reflected in his patent.

Conclusion

With his focused expertise on clock skew analysis in latch-controlled circuits, Daniel J Flees exemplifies the role of an inventor dedicated to advancing digital technology. His contributions at Sun Microsystems, Inc., and his patented methodology have paved the way for enhanced designs in integrated circuits, demonstrating the vital link between innovation and the evolution of digital systems.