Koken Yamaguchi

	Koken Yamaguchi Koken can refer to: * Empress Kōken (713–770), Empress of Japan (749–758) * Lagged Fibonacci generator, a pseudorandom number generator also known as a ''Koken'' generator. * Mike Koken (1909-1962), American football coach and player {{disambiguation ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu]
picture info	Empress Kōken , also known as , was the 46th (with the name Empress Kōken) and the 48th monarch of Japan (with the name Empress Shōtoku), Emperor Kōnin, Takano Imperial Mausoleum, Imperial Household Agency according to the traditional order of succession. The daughter of Emperor Shōmu, Empress Kōken succeeded to the throne at the age of 31, following her father's renunciation. She first reigned from 749 to 758. During this period, the government was heavily influenced by her mother, the former empress consort Kōmyō, and the latter's nephew, Fujiwara no Nakamaro. She was eventually replaced on the throne by her relative, Emperor Junnin, whose rule was a continuation of Nakamaro's regime. During the intermediate period of her reigns, the retired empress Kōken is said to have become close to a monk without a noble background, named Dōkyō, by 762. Their precise relationship remains a mystery, although there is a common version that it was romantic. The retired empress had taken Buddhist ... [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu]
	Lagged Fibonacci Generator A Lagged Fibonacci generator (LFG or sometimes LFib) is an example of a pseudorandom number generator. This class of random number generator is aimed at being an improvement on the 'standard' linear congruential generator. These are based on a generalisation of the Fibonacci sequence. The Fibonacci sequence may be described by the recurrence relation: :S_n = S_ + S_ Hence, the new term is the sum of the last two terms in the sequence. This can be generalised to the sequence: :S_n \equiv S_ \star S_ \pmod, 0 < j < k In which case, the new term is some combination of any two previous terms. ''m'' is usually a power of 2 (''m'' = 2^''M''), often 2³² or 2⁶⁴. The $\star$ operator denotes a general binary operation . This may be either addition, subtraction, multiplication, or the [...More Info...] [...Related Items...] OR: [Wikipedia] [Google] [Baidu]