id	author	title	date	pages	extension	mime	words	sentences	flesch	summary	cache	txt
work_n6tm7logj5axzews3emhc2ok6i	Yewon Kim	Accelerated implementation for testing IID assumption of NIST SP 800-90B using GPU	2021	29	.pdf	application/pdf	11433	1160	67	Keywords Parallel processing, GPU computing, Entropy estimator, NIST SP 800-90B, Random Table 1 Execution time of each single-threaded NIST program for the entropy estimation process the developer should run the NIST program k times when the RNG uses k noise sources. Table 5 Performance of proposed GPU-based parallel implementation of permutation testing depending on whether memory coalescing technique was used (the number of CUDA blocks = 16, the Figure 8 Operation times of CUDA threads in kernel Statistical test when applying each method Table 8 Execution time of kernel Statistical test according to parallel method (number of threads Figure 9 Execution time of the GPU-based parallel implementation of permutation testing according Table 9 Execution time of the GPU-based parallel permutation testing according to the value of the the noise source was determined as the IID by all 18 statistical tests in our GPU-based	./cache/work_n6tm7logj5axzews3emhc2ok6i.pdf	./txt/work_n6tm7logj5axzews3emhc2ok6i.txt