We present a modular and scalable approach for automatically extracting actual
performance information from a set of FPGA-based architecture topologies. This information …

Hardware design with FPGAs can be a daunting task, even for experienced engineers. Even
with sophisticated tools and improvements in high-level language to gates approaches, an …

Designing hardware cores for FPGAs can quickly become a complicated task, difficult even
for experienced engineers. With the addition of more sophisticated development tools and …

Pipeline parallelism is an inherent characteristic of structural performance models, which
makes them well-suited for mapping onto FPGA substrates. This observation, along with the …

Multi-FPGA platforms are a popular choice today for complex system prototyping because
they offer high execution speed, low cost, and real world testing experience. However …

The hardware-software co-development of modern complex MPSoC computing platforms
exposes to the designer a huge complexity, resulting from the combination of vastly different …

Simulators are the tool of choice when designing new computer architectures. While
software-based simulators are (relatively) easy to adapt to evaluate new architectural …

Recent advances in FPGA technology and the proliferation of High Level Synthesis (HLS)
tools makes it possible to implement complex System on Chip (SoC) designs that realize …

General-purpose programming languages (GPL) are effective vehicles for FPGA design
because they are easy to use, extensible, widely available, and can be used to describe …

Modern FPGAs are not just able to trade off speed and area, but features, cost, static power,
dynamic power, reliability and yield. This talk will discuss methodologies, metrics and …