Design and Implementation of Losses Data Comparison Using FPGA
Abstract
A usage of Field Programmable Gate Array (FPGA)-based lossless
information pressure coprocessor utilizing a pressure strategy created
by Rice. We are executing the Rice code (both encoder and decoder)
for 8 bit/test information on Altera Cyclone IV FPGA. The code has been
intended to be ideal on 1.5 < H < 7.5 pieces/test, where H is Entropy
that is typically needed in lossless picture pressure. The co-processor
will decrease the weight of host processor for information pressure. The
encoder and decoder can accomplish 11.6 MHz and 19.4 MHz clock,
individually, where a 10 MHz clock relates to a 10Mbits/s throughput.
The coprocessor collaborates with three significant outside subsystems
Host processor, Memory and channel I/O. The coprocessor comprises
of a Control unit and a Data way unit. A Host processor eventually
controls the coprocessor to play out its capacities.
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