Constructing a high-performance garbage collector is hard. Constructing a fully concurrent
'on-the-fly'compacting collector is much more so. We describe our experience of …

Speed and ease of accelerator design is a growing need. High level programming
languages have provided significant gains in the software world, but lag for hardware. We …

The Internet of Things (IoT) conceives a future where" things" are interconnected by means
of suitable information and communication technologies. Unfortunately, recent events have …

Recently, FPGAs are shipped with a large amount of internal memory (block RAM) sufficient
to perform many complex computations without a need for off-chip memory. However, block …

Despite rapid increases in memory capacity, reconfigurable hardware is still programmed in
a very low-level manner, generally without any dynamic allocation at all. This limits …

Te goal of the project was to produce a compiler able to translate programs written in a
functional language (we chose Haskell) into synthesizable(we chose SystemVerilog) …

Modern programming languages, like Python and C#, provide productivity and trust benefits
that are key in managing the growing complexity of computer systems. However, modern …

Garbage collection is widely available in popular programming languages, yet it may incur
high performance overheads in applications. Prior works have proposed specialized …

More and more embedded systems are emerging based on managed language runtime
systems using garbage collected languages such as Java, Python, or the. NET language …

**年, FPGA は家電製品, 自動車, そして宇宙システムと幅広い用途に使用されている. しかし, 2000
年代前半まで, FPGA は ASIC と比較して性能が低く, 試作, テスト, 研究用途に用いられただけで …