Building an Application|specific Memory Hierarchy on FPGAs

Constructing Application-Specific Memory Hierarchies on FPGAs

The high performance potential of an FPGA is not fully exploited if a design suffers a memory bottleneck. Therefore, a memory hierarchy is needed to reuse ...

Constructing Application-specific Memory Hierarchies on FPGAs

On an FPGA the designer has to construct the memory hierarchy using the available memory blocks. This offers the freedom to build an application-specific memory ...

Building an Application-specific Memory Hierarchy on FPGAs - UGent

Therefore, a memory hierarchy is needed to reuse data in on-chip memories and minimize the number of accesses to off-chip memory. Buffer memories not only hide ...

(PDF) Constructing Application-Specific Memory Hierarchies on ...

Constructing Application-specific Memory Hierarchies on FPGAs Harald Devos1 , Jan Van Campenhout1 , Ingrid Verbauwhede2 , and Dirk Stroobandt1 1 Parallel ...

Constructing application-specific memory hierarchies on FPGAs

Constructing application-specific memory hierarchies on FPGAs. Author: Devos, H. Van Campenhout, J ; Verbauwhede, I ; Stroobandt, D ...

Building an Application-specific Memory Hierarchy on FPGA

Devos, H., Van Campenhout, J., & Stroobandt, D. (2008). Building an Application-specific Memory Hierarchy on FPGA. 53–62. Chicago author-date.

How to use FPGA memory in a CPU design? - Reddit

Yes you can use block RAM. Take a look at the Vivado documentation for inferring RAM (UG901) and the specific features of your Spartan 7's block ...

Automating the construction of application-optimized memory ...

In FPGAs, this platform-level malleability extends to the memory system: unlike general-purpose processors, in which memory hardware is fixed at design time, ...

Scavenger: Automating the Construction of Application-Optimized ...

memory system on a specific conventional processor is fixed, cache algorithms or the memory hierarchies on FPGAs can be tailored for different applications ...

Custom-Sized Caches in Application-Specific Memory Hierarchies

Abstract—Developing FPGA implementations with an input specification in a high-level programming language such as C/C++ or OpenCL allows for a substantially ...

Demystifying Memory Access Patterns of FPGA-Based Graph ... - arXiv

In this work, we build on a simulation environment for graph processing accelerators, to make several existing accelerator ap- proaches ...

Developing application-specific multiprocessor platforms on FPGAs

The application-specific system is based on a distributed memory hierarchy in which each processor is equipped with its own local memories for data and ...

Developing application-specific multiprocessor platforms on FPGAs

The application-specific system is based on a distributed memory hierarchy in which each processor is equipped with its own local memories for data and ...

Automatic application-specific optimizations under FPGA memory ...

In this thesis, we leverage the freedom of abstraction to build program-optimized memory hierarchies on behalf of the user, making FPGA programming easier and ...

Application-Specific Memory Subsystems

These cache hierarchies are designed to be general ... applications targeting FPGAs with superoptimized memory subsystems. ScalaPipe is a domain-specific ...

On supporting rapid exploration of memory hierarchies onto FPGAs ...

[24] for architecture-level exploration and application mapping onto FPGA devices. The target architecture deployed in this specific work utilized heterogeneous ...

Leap scratchpads: automatic memory and cache management for ...

Building an FPGA-side memory hierarchy is treated as an application-specific problem. Even methods for mapping memory management as basic as malloc and free to.

You Must Remember This: A Bit is Just a Bit, A Byte is Just a Byte

FPGAs are not processors, but they do use memory for storage, so there were plenty of reasons to adapt bits and pieces of the processor memory ...

Addressing the Greatest Memory and Compute Challenges with ...

Intel Agilex M-Series FPGAs feature a wide and flexible memory hierarchy ... memory capacity when constructing a system-specific memory hierarchy.

Memory optimization in FPGA-accelerated scientific codes based on ...

A methodology to reduce the required memory bandwidth is presented and evaluated, based on the combined application of data sorting, coding and compression ...