Cluster architecture based on low cost reconfigurable hardware
C Pedraza, E Castillo, J Castillo… - … Conference on Field …, 2008 - ieeexplore.ieee.org
2008 International Conference on Field Programmable Logic and …, 2008•ieeexplore.ieee.org
The SMILE project accelerates scientific and industrial applications by means of a cluster of
low-cost FPGA boards. With this approach the intensive calculation tasks are accelerated
using the FPGA logic, while the communication patterns of the applications remains
unchanged by using a Message Passing Library over Linux. This paper explains the cluster
architecture: the SMILE nodes and the developed high-speed communication network for
the FPGA RocketIO interfaces. A SystemC model developed to simulate the cluster is also …
low-cost FPGA boards. With this approach the intensive calculation tasks are accelerated
using the FPGA logic, while the communication patterns of the applications remains
unchanged by using a Message Passing Library over Linux. This paper explains the cluster
architecture: the SMILE nodes and the developed high-speed communication network for
the FPGA RocketIO interfaces. A SystemC model developed to simulate the cluster is also …
The SMILE project accelerates scientific and industrial applications by means of a cluster of low-cost FPGA boards. With this approach the intensive calculation tasks are accelerated using the FPGA logic, while the communication patterns of the applications remains unchanged by using a Message Passing Library over Linux. This paper explains the cluster architecture: the SMILE nodes and the developed high-speed communication network for the FPGA RocketIO interfaces. A SystemC model developed to simulate the cluster is also detailed. In order to show the potential of the SMILE proposal a Content-Based Information Retrieval parallel application has been developed and compared with a HP cluster architecture in terms of response time andpower consumption.
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