Multi-ported memories are challenging to implement with FPGAs since the provided block
RAMs typically have only two ports. We present a thorough exploration of the design space …

A popular way to exploit high level programming languages in FPGA designs is to use a soft-
core with accompanying software development tools. However, a common shortcoming with …

Multi-ported memories are challenging to implement with FPGAs since the block RAMs
included in the fabric typically have only two ports. Any design that requires a memory with …

Current FPGA soft processor systems use dedicated hardware modules or accelerators to
speed up data-parallel applications. This work explores an alternative approach of using a …

Multi-ported memories are challenging to implement on FPGAs since the block RAMs
included in the fabric typically have only two ports. Hence we must construct memories …

In recent years, there has been a dramatic increase in utilization of FPGAs to enhance the
speed-performance of many real-time compute and data intensive applications on …

With the proliferation of embedded computing, there has been a dramatic increase in
utilization of FPGAs to accelerate real-time compute/data-intensive applications on …

Overlay processor architectures allow FPGAs to be programmed by non-experts using
software, but prior designs have mainly been based on the architecture of their ASIC …

Field-programmable gate arrays (FPGAs) are increasingly used to implement embedded
digital systems, however, the hardware design necessary to do so is time-consuming and …

FPGAs are increasingly being utilized to accelerate real-time compute and data intensive
applications on embedded platforms. FPGAs achieve high speed-performance by exploiting …