Nano-Electronics & Computing Research Laboratory
Designing reliable, energy efficient, high performance computing circuits in emerging nanotechnologies to address the grand challenges of technology scaling.
Our Research Areas
Exploring innovative solutions across multiple domains to address the challenges of modern computing
Nano Electronics
Research on advanced semiconductor devices and circuits at nanoscale dimensions for next-generation computing applications.
Low-Power Design
Development of innovative circuit designs optimized for energy efficiency and reliability in nanometer technologies.
Emerging Technologies
Exploring novel materials and device structures for future computing paradigms beyond traditional CMOS.
AI/ML Systems
Developing specialized hardware accelerators and architectures for efficient machine learning and artificial intelligence applications.
Embedded Applications
Creating specialized computing solutions for embedded systems, IoT devices, and edge computing applications.
High-Performance Computing
Designing advanced architectures for supercomputing applications, including memory systems and spectrum analyzers.
Leadership Team
Dr. Hamid Mahmoodi
Director
Welcome to the Nano-Electronics and Computing Research Laboratory (NeCRL). The demand for much higher performance computing machines is never ending. Nano-electronics has a great promise in delivering the ever increasing demand for computational power.
Designing reliable, energy efficient, high performance computing circuits in emerging nanotechnologies is our mission at NeCRL. As the technology continues to scale down towards nanometer regimes, there are tremendous research opportunities to address the grand challenges and barriers of technology scaling.
Latest Publications
All publicationsComparison of Performance Parameters of SRAM Designs in 16nm CMOS and CNTFET Technologies
A. Pushkarna, S. Raghavan, H. Mahmoodi
IEEE International System-on-Chip Conference, 2020
Thermal Estimation for Accurate Estimation of Impact of BTI Aging Effects on Nano-Scale SRAM Circuits
A. Shah, H. Mahmoodi
IEEE International System-on-Chip Conference, 2020
Evaluation of Power Gating under Transistor Aging Effect Issues in 22nm CMOS Technology
L. Liu, H. Mahmoodi
International Conference on Mixed Design of Integrated Circuits and Systems, 2020, pp. 477-481
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Publications
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U.S. Patents
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Research Projects
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Graduate Students
Contact Us
Interested in our research? Have questions about collaboration or joining our lab? Get in touch with us.
Nano-electronics & Computing Research Lab
School of Engineering, San Francisco State University
Address
1600 Holloway Avenue
San Francisco, CA 94132
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