Focus Center Research Program (Legacy)
Multi-Scale Systems Research Center
Creation of a comprehensive and a systematic solution to the distributed multi-scale system design challenge is the primary goal of MuSyC. Its grand challenge is the development of "energy-smart" distributed systems-systems that are deeply aware of the balance between energy availability and demand, and adjust their behavior in response through dynamic and adaptive organization through all scales of design hierarchy. » More
Gigascale Systems Research Center
GSRC focuses on pertinent problems the semiconductor industry faces in the next decade in the areas of system design, integration, test and verification. To sustain current growth, the industry requires orders of magnitude of improvement in energy efficiency, cost, reliability and time-to-market. As time marches on, the number of transistors available to designers per chip is likely to continue to increase in accordance with Moore's law. As individual transistors decrease in size, their performance variability will increase and their reliability will decrease. Ultimately, as atomic dimensions are approached, quantum effects will manifest themselves as randomness. » More
Center for Circuits and Systems Solutions
The goal of the Center for Circuits and Systems Solutions (C2S2) is to invent and to demonstrate the circuit techniques necessary to deliver working designs from scaled devices that are increasingly difficult to predict and control. Relentless scaling of semiconductor devices toward fundamental physical limits threatens to make obsolete today's most basic circuit design assumptions. The tools that the design community has used to move circuits from 130nm to 90nm look rather ragged as we extend to 65nm, may fail to work at the 45nm node and are likely to be utterly irrelevant as we move further toward the end of the CMOS roadmap. » More
Interconnect Focus Center
The Interconnect Focus Center (IFC) conducts research to discover and invent new electrical, optical and thermal interconnect solutions that will meet or exceed ITRS projections and enable hyper-integration of heterogeneous components for future terascale systems. » More
Center for Materials, Structures and Devices
Since its inception in 2000, the MSD Center has successfully launched entirely new materials combinations for high performance CMOS applications, while pushing new frontier devices, such as carbon nanotubes to new heights of performance through the combination of novel chemical synthesis of nanostructures with advanced front-end processes borrowed from silicon technology. In addition, the MSD Center has established and is continuously updating realistic benchmarking of highly disparate devices, via close collaboration of experimentalists from different disciplines with advanced modeling and simulation researchers. » More
Functional Engineered Nano Architectonics
Research in Nano Materials is conducted by the Focus Center on Functional Engineered Nano Architectonics (FENA). Its research mission is to "create and investigate new nano-engineered functional materials and devices, and novel structural and computational architectures for new information processing systems beyond the limits of conventional CMOS technology". » More

Legacy Content

This program has ended. This content represents a snapshot at the end of the program and is no longer maintained.

FCRP Metrics

  1. Last Year

    1 Patent Applications
    1 Patents Granted
  2. Since Inception

    15 Contracts
    121 Projects
    49 Universities
    2,063 Research Scholars
    429 Faculty Researchers
    95 Liaisons
    14,385 Research Data
    359 Patent Applications
    26 Patents Granted
Updated: 25-May-2024, 12:05 a.m. ET

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