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For the Inventor, By the Inventor

Clinton Corners, NY, United States of America

Nathaniel Douglas Hieter

USPTO Granted Patents = 19 

Average Co-Inventor Count = 3.8

ph-index = 4

Forward Citations = 51(Granted Patents)


Location History:

  • Pleasant Valley, NY (US) (1999)
  • Hopewell Junction, NY (US) (2012)
  • Clinton Corners, NY (US) (2007 - 2022)

Company Filing History:

goldMedal19 out of 164,108 
 
International Business Machines Corporation
 patents

Years Active: 1999-2022

where 'Filed Patents' based on already Granted Patents

19 patents (USPTO):
1. 11288425 - Path-based timing driven placement using iterative pseudo netlist changes (2022-03-29),
2. 11030367 - Out-of-context feedback hierarchical large block synthesis (HLBS) optimization (2021-06-08),
3. 10970455 - Apportionment aware hierarchical timing optimization (2021-04-06),
4. 10970447 - Leverage cycle stealing within optimization flows (2021-04-06),
5. 10552562 - Leverage cycle stealing within optimization flows (2020-02-04),
6. 10540465 - Leverage cycle stealing within optimization flows (2020-01-21),
7. 10216875 - Leverage cycle stealing within optimization flows (2019-02-26),
8. 10210297 - Optimizing placement of circuit resources using a globally accessible placement memory (2019-02-19),
9. 9785735 - Parallel incremental global routing (2017-10-10),
10. 9747400 - Optimizing placement of circuit resources using a globally accessible placement memory (2017-08-29),
11. 9703914 - Optimizing placement of circuit resources using a globally accessible placement memory (2017-07-11),
12. 9639654 - Managing virtual boundaries to enable lock-free concurrent region optimization of an integrated circuit (2017-05-02),
13. 9436791 - Optimizing placement of circuit resources using a globally accessible placement memory (2016-09-06),
14. 9418188 - Optimizing placement of circuit resources using a globally accessible placement memory (2016-08-16),
15. 8302049 - Method for enabling multiple incompatible or costly timing environment for efficient timing closure (2012-10-30),

Title: Innovator Spotlight: Nathaniel Douglas Hieter

Introduction: Nathaniel Douglas Hieter, based in Clinton Corners, NY, is a notable inventor with an impressive portfolio comprising 19 patents. His work primarily focuses on innovative solutions in integrated circuit design, showcasing a blend of technical expertise and creative problem-solving.

Latest Patents: Hieter's latest contributions to the field include several cutting-edge patents. One, titled "Path-based timing driven placement using iterative pseudo netlist changes," introduces a method to enhance wire-length-driven placements for integrated circuit designs. This patent outlines the process of identifying timing-critical source-sink paths and refining placements for improved circuit performance.

Another significant patent, "Out-of-context feedback hierarchical large block synthesis (HLBS) optimization," presents a system aimed at optimizing latch placements within parent macros. This invention streamlines the identification and manipulation of latch locations to meet specific timing parameters, thereby enhancing the efficiency of integrated circuits.

Career Highlights: Nathaniel Hieter's career has been marked by his tenure at International Business Machines Corporation (IBM), where he has made substantial contributions to the field of integrated circuit design. His innovative approaches have garnered recognition and have positioned him as a key player in advancing technology within the industry.

Collaborations: Hieter's work is further enriched by his collaborations with talented coworkers, including Alexander Joel Suess and David James Hathaway. This synergy among inventors fosters an environment where innovative ideas flourish, leading to groundbreaking advancements in technology.

Conclusion: Nathaniel Douglas Hieter stands out as a visionary inventor, with 19 patents that reflect his dedication to advancing integrated circuit technology. His latest innovations promise to revolutionize circuit design processes, underscoring the important role of collaboration and creativity in this rapidly evolving field.

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