Company Filing History:
21 out of 715 
8 out of 271 
4 out of 2,545 
Years Active: 1996-2016
Title: Innovations of William A. Huffman: A Pioneer in Fused-Multiply-Add Systems
Introduction
William A. Huffman, based in Los Gatos, California, is a distinguished inventor with an impressive portfolio that includes 36 patents. His work primarily focuses on advancements in computational systems and methods, showcasing his significant contributions to the field of technology.
Latest Patents
Among his notable recent inventions are the "Optimized Fused-Multiply-Add Method and System" and the "Accurate Floating-Point Calculation Method and Device." The fused-multiply-add system is designed to enhance computational efficiency by incorporating a multiplier to process operands and an alignment shifter that ensures precision in calculations. It features a unique arrangement of adders and subtractors for performing asymmetrical additions concurrently, along with leading zero counters for normalization shift amounts.
His other recent invention, the accurate floating-point calculation method, innovatively narrows the exponent range in division and square root calculations, eliminating the need for software assistance or precision extension while ensuring compliance with IEEE-754 standards.
Career Highlights
William has had a fruitful career, holding pivotal roles in leading technology companies like Silicon Graphics, Incorporated and MIPS Technologies, Inc. His tenure at these prestigious organizations allowed him to develop groundbreaking technologies that pushed the boundaries of computational performance.
Collaborations
Throughout his career, William collaborated with notable colleagues, including Peter Y. Hsu and Earl A. Killian. Together, they contributed to various projects that have substantially influenced the fields of computer technology and engineering.
Conclusion
William A. Huffman's impressive array of patents and his continuous pursuit of innovation solidify his status as a key contributor to modern computational methods. His work on fused-multiply-add systems and accurate floating-point calculations is a testament to his dedication and expertise in pushing technological boundaries.