• IEEE.org
  • IEEE CS Standards
  • Career Center
  • About Us
  • Subscribe to Newsletter

0

IEEE-CS_LogoTM-orange
  • MEMBERSHIP
  • CONFERENCES
  • PUBLICATIONS
  • EDUCATION & CAREER
  • VOLUNTEER
  • ABOUT
  • Join Us
IEEE-CS_LogoTM-orange

0

IEEE Computer Society Logo
Sign up for our newsletter
IEEE COMPUTER SOCIETY
About UsBoard of GovernorsNewslettersPress RoomIEEE Support CenterContact Us
COMPUTING RESOURCES
Career CenterCourses & CertificationsWebinarsPodcastsTech NewsMembership
BUSINESS SOLUTIONS
Corporate PartnershipsConference Sponsorships & ExhibitsAdvertisingRecruitingDigital Library Institutional Subscriptions
DIGITAL LIBRARY
MagazinesJournalsConference ProceedingsVideo LibraryLibrarian Resources
COMMUNITY RESOURCES
GovernanceConference OrganizersAuthorsChaptersCommunities
POLICIES
PrivacyAccessibility StatementIEEE Nondiscrimination PolicyIEEE Ethics ReportingXML Sitemap

Copyright 2026 IEEE - All rights reserved. A public charity, IEEE is the world’s largest technical professional organization dedicated to advancing technology for the benefit of humanity.

  • Home
  • /Press Room
  • /News Archive
  • Home
  • /Press Room
  • /News Archive

Jouppi 2014 Goode Award

Norman JouppiLOS ALAMITOS, Calif., 16 April 2014 – Norman P. Jouppi, a Google Distinguished Hardware Engineer known for his innovations in computer memory systems, has been selected as the 2014 recipient of the IEEE Computer Society Harry H. Goode Award. Jouppi was recognized "for sustained contributions that have shaped and cumulatively altered the field of computer architecture, with emphasis on high-performance microprocessors."

The Goode Award was established to recognize achievement in the information-processing field — either a single contribution of theory, design, or technique of outstanding significance; or the accumulation of important contributions on theory or practice over an extended period.

Jouppi's computer-memory innovations include stream prefetch buffers, victim caching, multi-level exclusive caching, and development of the CACTI tool for modeling memory timing, area, and power. He has been the principal architect and lead designer of several microprocessors, contributed to the architecture and design of graphics accelerators, and extensively researched video, audio, and physical telepresence. His innovations in microprocessor design have been adopted in many high-performance microprocessors.  His recent research has investigated the impact of emerging technologies such as non-volatile memory and nanophotonics on computer systems.

Jouppi received his PhD in electrical engineering from Stanford University in 1984, and a master of science in electrical engineering from Northwestern University in 1980. While at Stanford he was one of the principal architects and designers of the MIPS microprocessor, and developed techniques for MOS VLSI timing verification.

He joined HP in 2002 through its merger with Compaq, where he was a Staff Fellow at Compaq's Western Research Laboratory. In 2010, he was named an HP Senior Fellow. From 1984 through 1996 he was a consulting assistant/associate professor in the electrical engineering department at Stanford University, where he taught courses in computer architecture, VLSI, and circuit design.

A member of the Communications of the ACM editorial board, Jouppi holds more than 75 US patents, and has published over 125 technical papers, with several best paper awards and two International Symposium on Computer Architecture (ISCA) Influential Paper Awards. In 2013, he received the ACM SIGARCH Distinguished Service Award. He is a Fellow of ACM and IEEE, and a member of the National Academy of Engineering.

The Goode Award consists of a bronze medal and a $2,000 honorarium. Learn more about the Goode Award and view the list of recipients.

LATEST NEWS
From CMDB to Dynamic Digital Twins: Lessons Learned in Building Enterprise Digital Brains
From CMDB to Dynamic Digital Twins: Lessons Learned in Building Enterprise Digital Brains
An Evaluation of Autoencoder Architectures for Fraud Detection in Credit Card Transactions
An Evaluation of Autoencoder Architectures for Fraud Detection in Credit Card Transactions
Parallel Systems, Leadership, and Research Strategy in Computing: an Interview with Jean-Luc Gaudiot
Parallel Systems, Leadership, and Research Strategy in Computing: an Interview with Jean-Luc Gaudiot
Why Your Computer Science Degree Is No Longer Enough in 2026
Why Your Computer Science Degree Is No Longer Enough in 2026
Episode 2 | Grow Your Career in Hardware Engineering
Episode 2 | Grow Your Career in Hardware Engineering
Read Next

From CMDB to Dynamic Digital Twins: Lessons Learned in Building Enterprise Digital Brains

An Evaluation of Autoencoder Architectures for Fraud Detection in Credit Card Transactions

Parallel Systems, Leadership, and Research Strategy in Computing: an Interview with Jean-Luc Gaudiot

Why Your Computer Science Degree Is No Longer Enough in 2026

Episode 2 | Grow Your Career in Hardware Engineering

Computing’s Top 30: Hariharan Rogothaman

Computing’s Top 30: Amod Agrawal

IEEE Quantum Week 2026 to Unveil the Latest in Quantum Computing

Get the latest news and technology trends for computing professionals with ComputingEdge
Sign up for our newsletter