An FPGA implemented processor architecture with adaptive resolution
J Torresen, J Jakobsen - First NASA/ESA Conference on …, 2006 - ieeexplore.ieee.org
J Torresen, J Jakobsen
First NASA/ESA Conference on Adaptive Hardware and Systems (AHS'06), 2006•ieeexplore.ieee.orgReconfigurable software has been applied for a long time. Reconfigurable technology also
provides possibility for reconfiguring hardware but this has not been much exploited so far.
In this paper, a flexible processor architecture is proposed that allows for variable resolution
in data variables at run-time. Experiments are undertaken for an image processing task
where the results show that the approach is beneficial.
provides possibility for reconfiguring hardware but this has not been much exploited so far.
In this paper, a flexible processor architecture is proposed that allows for variable resolution
in data variables at run-time. Experiments are undertaken for an image processing task
where the results show that the approach is beneficial.
Reconfigurable software has been applied for a long time. Reconfigurable technology also provides possibility for reconfiguring hardware but this has not been much exploited so far. In this paper, a flexible processor architecture is proposed that allows for variable resolution in data variables at run-time. Experiments are undertaken for an image processing task where the results show that the approach is beneficial.
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