Many compute-intensive applications generate single result values by accessing clusters of nearby points in grids of one, two, or more dimensions. Often, the performance of FGPA implementations of such algorithms would benefit from concurrent, non-interfering access to all points in each cluster. When clusters contain dozens of points and access patterns are irregular, multiported memories are infeasible and vector-oriented approaches are inapplicable. Instead, the grid points may be distributed across multiple interleaved memory banks so that, when accessing any cluster, each point comes from a different memory bank. We present a general technique based on the application’s multidimensional indexing rather than linearized memory addresses....
Field Programmable Gate Arrays (FPGAs) offer a low power flexible accelerator alternative due to the...
The signicant development of high-level synthesis tools has greatly facilitated FPGAs as general com...
On-chip multiport memory cores are crucial primitives for many modern high-performance reconfigurabl...
Current generations of FPGAs create possibilities for innovative, application-specific computation p...
This paper proposes an algorithm for mappinglogical to physical memory resources on Field-Programmab...
With computing systems becoming ubiquitous, numerous data sets of extremely large size are becoming ...
Many real-life applications of processor-arrays suffer from memory bandwidth limitations. In many ca...
Many algorithms and applications in scientific computing exhibit irregular access patterns as consec...
The performance gap between CPUs, and memory memory has diverged significantly since the 1980's maki...
Since they were first introduced three decades ago, Field-Programmable Gate Arrays (FPGAs) have evol...
The decreasing cost of DRAM has made possible and grown the use of in-memory databases. However, mem...
Vector supercomputers, which can process large amounts of vector data efficiently, are among the fas...
On many commercial supercomputers, several vector register processors share a global highly interlea...
grantor: University of TorontoRecent dramatic improvements in integrated circuit fabricati...
The benefits of FPGAs over processor-based systems have been well established, however apart from sp...
Field Programmable Gate Arrays (FPGAs) offer a low power flexible accelerator alternative due to the...
The signicant development of high-level synthesis tools has greatly facilitated FPGAs as general com...
On-chip multiport memory cores are crucial primitives for many modern high-performance reconfigurabl...
Current generations of FPGAs create possibilities for innovative, application-specific computation p...
This paper proposes an algorithm for mappinglogical to physical memory resources on Field-Programmab...
With computing systems becoming ubiquitous, numerous data sets of extremely large size are becoming ...
Many real-life applications of processor-arrays suffer from memory bandwidth limitations. In many ca...
Many algorithms and applications in scientific computing exhibit irregular access patterns as consec...
The performance gap between CPUs, and memory memory has diverged significantly since the 1980's maki...
Since they were first introduced three decades ago, Field-Programmable Gate Arrays (FPGAs) have evol...
The decreasing cost of DRAM has made possible and grown the use of in-memory databases. However, mem...
Vector supercomputers, which can process large amounts of vector data efficiently, are among the fas...
On many commercial supercomputers, several vector register processors share a global highly interlea...
grantor: University of TorontoRecent dramatic improvements in integrated circuit fabricati...
The benefits of FPGAs over processor-based systems have been well established, however apart from sp...
Field Programmable Gate Arrays (FPGAs) offer a low power flexible accelerator alternative due to the...
The signicant development of high-level synthesis tools has greatly facilitated FPGAs as general com...
On-chip multiport memory cores are crucial primitives for many modern high-performance reconfigurabl...