Add new files to list in README
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README.txt
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README.txt
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@ -49,7 +49,7 @@ Timing results: 250 MHz on Spartan-6 LX45-3
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Xoroshiro128+ RNG
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------------------
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-----------------
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Xoroshiro128+ is an RNG algorithm developed in 2016 by David Blackman
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and Sebastiano Vigna. The VHDL code matches an updated version of
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@ -155,20 +155,22 @@ Timing results: 380 MHz on Spartan-6 LX45-3 (32 bits output)
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Code organization
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-----------------
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rtl/ Synthesizable VHDL code
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rtl/rng_xoroshiro128plus.vhdl Implementation of Xoroshiro128+ RNG
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rtl/rng_mt19937.vhdl Implementation of Mersenne Twister RNG
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rtl/rng_trivium.vhdl Implementation of Trivium RNG
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rtl/ Synthesizable VHDL code
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rtl/rng_xoshiro128plusplus.vhdl Implementation of Xoshiro128++ RNG
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rtl/rng_xoroshiro128plus.vhdl Implementation of Xoroshiro128+ RNG
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rtl/rng_mt19937.vhdl Implementation of Mersenne Twister RNG
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rtl/rng_trivium.vhdl Implementation of Trivium RNG
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sim/ Test benches
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sim/Makefile Makefile for building test benches with GHDL
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sim/tb_xoroshiro128plus.vhdl Test bench for Xoroshiro128+ RNG
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sim/tb_mt19937.vhdl Test bench for Mersenne Twister RNG
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sim/tb_trivium.vhdl Test bench for Trivium RNG
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sim/ Test benches
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sim/Makefile Makefile for building test benches with GHDL
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sim/tb_xoshiro128plusplus.vhdl Test bench for Xoshiro128++ RNG
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sim/tb_xoroshiro128plus.vhdl Test bench for Xoroshiro128+ RNG
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sim/tb_mt19937.vhdl Test bench for Mersenne Twister RNG
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sim/tb_trivium.vhdl Test bench for Trivium RNG
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refimpl/ Reference software implementations of RNGs
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refimpl/ Reference software implementations of RNGs
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synth/ Top-level wrappers for synthesis testruns
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synth/ Top-level wrappers for synthesis testruns
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License
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