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A detailed discussion about the design and implementation of hardware is presented.
A new modification of Kaliski's algorithm for computing the Almost Montgomery Inverse, optimized for implementation in hardware, is presented.
A comprehensive description of the decoder architectures focusing on the area optimization and memory efficient features achieved in the hardware is presented.
An approach to measuring n-values in DEFC hardware is presented, validated for the oxidation of methanol, and shown to provide n-values for ethanol oxidation that are consistent with trends and estimates from full product analysis.
The concept of transparency is discussed, and the infeasibility of performing a baseline experiment with ideally integrated hardware is presented as a challenge to characterize the transparency of the experimental setup.
A detailed multiple-criteria performance analysis of the proposed hardware is presented with respect to computation speed, resource usage, power consumption and accuracy compared to a PC based floating-point implementation.
Similar(53)
First, experiments with the actual hardware are presented.
Its first implementation based on Cisco hardware was presented in the same paper.
The processing results of two stereo accelerators implemented in reconfigurable hardware are presented.
Different communication systems based on the Internet, Ethernet and local area networks, along with appropriate software and hardware, are presented.
The WR switch and the (user) node which are the central components of the WR system and real timing measurements of prototypes of WR hardware are presented.
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