Prototyping new systems on hardware is a time-consuming task with limited scope for architectural exploration. The aim of this work was to perform fast prototyping of general-purpose graphics processing units (GPGPUs) on field programmable gate arrays (FPGAs) using a novel tool chain. This hardware flow combined with the higher level simulation flow using the same source code allowed us to create a whole tool chain to study and build future architectures using new technologies. It also gave us enough flexibility at different granularities to make architectural decisions. We will also discuss some example systems that were built using this tool chain along with some results.M.S
Porrmann M, Hagemeyer J, Pohl C, Romoth J, Strugholtz M. RAPTOR – A Scalable Platform for Rapid Prot...
Executing a complex physical system model in real-time or faster has numerous applications in cyber-...
Brinkmann A, Langen D, Rückert U. A Rapid Prototyping Environment for Microprocessor based System-on...
Abstract. This paper presents a case study targeting the Aptix MP4 board and Xilinx VirtexE FPGAs, f...
Abstract—Graphics processing units (GPU), due to their massive computational power with up to thousa...
Graphics processing units (GPU), due to their massive computational power with up to thousands of co...
Nowadays, processors alone cannot deliver what computation hungry image processing applications dema...
We describe a hybrid hardware emulation environment: the Flexible Architecture for Simulation and Te...
Due to their suitability for highly parallel and pipelined computation, field programmable gate arra...
With discovering capabilities of Graphic Processors to solve complicated mathematical problems and p...
In this paper, we show how field programmable gate arrays can be used to generate prototypes of appl...
Recent years have witnessed tremendous growth for programmable graphics hardware (GPU), both in term...
Abstract — With increasing number of hardware-software systems, there is a need for mechanisms to as...
Summarization: CAD tools are necessary for even the most rudimentary hardware designs when the targe...
Abstract — By a rapid development of Graphics Processing Unit (GPU) in recent years, the programmabi...
Porrmann M, Hagemeyer J, Pohl C, Romoth J, Strugholtz M. RAPTOR – A Scalable Platform for Rapid Prot...
Executing a complex physical system model in real-time or faster has numerous applications in cyber-...
Brinkmann A, Langen D, Rückert U. A Rapid Prototyping Environment for Microprocessor based System-on...
Abstract. This paper presents a case study targeting the Aptix MP4 board and Xilinx VirtexE FPGAs, f...
Abstract—Graphics processing units (GPU), due to their massive computational power with up to thousa...
Graphics processing units (GPU), due to their massive computational power with up to thousands of co...
Nowadays, processors alone cannot deliver what computation hungry image processing applications dema...
We describe a hybrid hardware emulation environment: the Flexible Architecture for Simulation and Te...
Due to their suitability for highly parallel and pipelined computation, field programmable gate arra...
With discovering capabilities of Graphic Processors to solve complicated mathematical problems and p...
In this paper, we show how field programmable gate arrays can be used to generate prototypes of appl...
Recent years have witnessed tremendous growth for programmable graphics hardware (GPU), both in term...
Abstract — With increasing number of hardware-software systems, there is a need for mechanisms to as...
Summarization: CAD tools are necessary for even the most rudimentary hardware designs when the targe...
Abstract — By a rapid development of Graphics Processing Unit (GPU) in recent years, the programmabi...
Porrmann M, Hagemeyer J, Pohl C, Romoth J, Strugholtz M. RAPTOR – A Scalable Platform for Rapid Prot...
Executing a complex physical system model in real-time or faster has numerous applications in cyber-...
Brinkmann A, Langen D, Rückert U. A Rapid Prototyping Environment for Microprocessor based System-on...