The aim of this group is to do significant research in the areas of VLSI Design Automation and Reconfigurable Computing. Our goal is finding important problems, formulating the problems systematically, and solving them effectively. The target of our optimizations covers both hardware and software. This includes but is not limited to Electronic Design Automation (EDA) problems such as hardware synthesis problems (from system down to circuit level) and embedded software (compiler, operating system) optimization problems. One of the key aspects of our lab is that we only use high-level languages to build hardware circuits. The ultimate goal of the lab is to fully move away from low-level hardware description langauges like Verilog or VHDL and only use C/C++, SystemC, Python or Matlab.
We do put a big emphasis on the demonstation of the solutions and aim at releasing the software and hardware implementation to the community. For this we relay heavily on FPGAs, thus, the name of our lab.
Another research direction that we are actively persuing covers the area of Design for Trust (DFT).
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Today we annouce the creation of highX Technologies, a spin-off the DARClab that builds upon the technology and expertise accumulated during the last 12 years at the lab. highX Technologies is dedicated to making hardware design easier by providing Behavioral IPs written in ANSI C and SystemC optimized for High-Level Synthesis (HLS). The company also provides HLS and FPGA consulting and training courses. More information at highX services.
Version 1.0 of a GUI-based High-Level Synthesis DSE framework was just released. DSEframe v1.0 can be downloaded from [Github]
Version 2.2 of the popular SystemC benchmark suite has been released. The benchmarks can be downloaded from [Resources]
Mexican students intersted in pursuing PhD studies in the area of reconfigurable computing, computer architecture and EDA at the DARClab are invited to apply
through the ConTex program [ConTex info español]
From September 2016, the DARClab has officially moved to Department of Electrical and Computer Engieering of The University of Texas at Dallas [ECE].
A benchmark suite implementing Hardware Trojans in 10 of the Synthesizable SystemC benchmarks from the S2Cbench Benchmark suite with different trigger mechanisms and payloads has been released. They can be downlaoded from the Resources web page.
For more videos visit our Youtube channel (DARClabify)