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The BEE2 system is designed to be a modular, scalable
FPGA-based computing platform with a software design
methodology that targets a wide range of high-performance
applications, such as:
- Real-time radio telescope signal processing
- Cognitive radio systems
- Hyperspectral image processing
- E & M antenna simulation
- Bioinformatics sequence matching
- Simulation of large-scale, ad-hoc and traditional networks
- ECAD tool acceleration
- Scientific computing
- Computer architecture emulation
The modular system architecture can not only provide orders
of magnitude reduction in overall cost and design time, but
it also closely tracks the early adoption of
state-of-the-art IC fabrication by FPGA vendors. Users of
the BEE2 have the freedom to choose the appropriate number
of computational modules needed to tackle the application
at hand, and to rapidly reconfigure to switch to a
different application.
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