Recent high-level synthesis and accelerator-related architecture papers show a great
disparity in workload selection. To improve standardization within the accelerator research …

Stencil computation is widely used in scientific computations and many accelerators based
on multicore CPUs and GPUs have been proposed. Stencil computation has a small …

Multi-sensory feedback can potentially improve user experience and performance in virtual
environments. As it is complicated to study the effect of multi-sensory feedback as a single …

High-level synthesis (HLS) tools have made significant progress in compiling high-level
descriptions of computation into highly pipelined register-transfer level (RTL) specifications …

In high-performance systems, stencil computations play a crucial role as they appear in a
variety of different fields of application, ranging from partial differential equation solving, to …

Iterative Stencil Loops (ISLs) are a specific class of algorithms of great importance for their
substantial presence in a lot of industrial and scientific computing applications, such as in …

With the impending death of Moore's law, the High Performance Computing (HPC)
community is actively exploring new options to satisfy the never-ending need for faster and …

Iterative stencil algorithms find applications in a wide range of domains. FPGAs have long
been adopted for computation acceleration due to its advantages of dedicated hardware …

Abstract In recent years, Support Vector Machine (SVM) classifiers have played a crucial
role in providing data fusion and high accuracy classification solutions for various, complex …

Iterative Stencil Loops (ISLs) are the key kernel within a range of compute-intensive
applications. To accelerate ISLs with Field Programmable Gate Arrays, it is critical to exploit …