Thus, it can be seen that the modulated signal has been contaminated around the carrier frequency by the third and larger odd power items.
The apparent pseudo-randomness of the counter mode and hybrid counter mode can be improved by incrementing the counter by a large odd constant c (instead of 1), because many more bits change at such addition than at incrementing by 1, most of the time.
The latter, which states that every sufficiently large odd integer can be expressed as the sum of three primes, was proved in 1937 by the Russian mathematician Ivan Matveyevich Vinogradov.
For 4 of the 5 indicators of social ties, larger odd ratios show that social isolation is more strongly associated with less than good SRH among people on low incomes compared to those with a higher income.
There is also considerable uncertainty among online gambling companies when it comes to one of the largest markets the U.S. Odds are against online gambling landing the average American bettor in jail.
The Russian mathematician Ivan Vinogradov proved in 1937 that every sufficiently large odd integer is a sum of three primes; the Chinese mathematician Jing Run Chen showed in 1967 that every sufficiently large even integer is a sum of a prime and an integer with at most two prime factors.
Offset counter mode is the one-stage version of the above-discussed offset hybrid counter mode, that is, there is no state variable, except the counter k to be incremented by a large odd constant before each call.
The final logistic regression model identified herd size; with large (odd ratio (OR) = 8.0, 95% CI = 1.9, 33.6) and medium herds (OR = 8.1, 95% CI = 1.9, 34.2) showing higher risk of Brucella infection when compared to small herds.
In 1937 the Soviet mathematician Ivan Matveyevich Vinogradov went on to prove that every "sufficiently large" (without stating exactly how large) odd natural number can be expressed as the sum of not more than three prime numbers.
The smallest case is of stage-2: These random number generators have two parameters (which can be treated as two internal state variables), one is recursively updated by a mixing function, while the other one (an offset counter) is incremented by a large, odd constant before each call.
