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Reconfigurable Computing Projects


Tightly integrating reconfigurable logic alongside a microprocessor presents some unique opportunities and challenges. The eMIPS project looks at how a dynamically extensible processor can be built, what support structure is necessary for them to be efficient and practical, and what new capabilities they can offer.

  • System Architecture and Implementation
  • Operating System Support
  • Hardware Generation from Software Binaries
  • Case Studies and Applications
  • System Verification and Debugging
  • Extensible and Configurable Peripherals
  • Power management for FPGA devices

Improving Reconfigurable Computing Platforms

Developing and executing applications on FPGAs is very different compared to traditional software running on a microprocessor.  We investigate ways to make FPGA applications easier to develop/run and more reliable.

  • Application Specification and Verification
  • Hardware/Software Communication API
  • Tools and Systems for Partial Reconfiguration
  • Security Concerns

Accelerating Applications with FPGAs

There is a wide variety of computationally-difficult business and datacenter applications that can be accelerated with the help of FPGAs.

  • Offloading Communication Protocol Processing
  • Encryption
  • Spam Filtering
  • Quantifying Speedup and Characterizing FPGA-Appropriate Applications