Jan 6, 2019 · The so-called primitive function f f, which was the starting point and so came first, the root meaning of primitive (Lat. primus, first), is what we might call an antiderivative or …

I'm trying to understand what primitive roots are for a given mod n. Wolfram's definition is as follows: A primitive root of a prime p is an integer g such that g (mod p) has multiplicative order …

Jul 31, 2010 · 9 What is a primitive polynomial? I was looking into some random number generation algorithms and 'primitive polynomial' came up a sufficient number of times that I …

Dec 7, 2020 · Primitive recursion does allow the "next-step-provider" h h to see both inputs and the previous value, but we don't need to use that information. In most natural examples I think …

Jun 6, 2016 · Find all the primitive roots of 13 13 My attempt: Since that 13 13 is a prime I need to look for g g such that g13−1 ≡ 1 (mod 13) g 13 − 1 ≡ 1 (mod 13) There are ϕ(12) = 4 ϕ (12) = 4 …

Oct 24, 2011 · 14 There is another example of a non-primitive-recursive but total computable function that explains better what the restricted definition of primitive recursion entails. Each …

Mar 16, 2022 · Do holomorphic functions have primitive? Ask Question Asked 3 years, 3 months ago Modified 3 years, 3 months ago

Aug 10, 2015 · Anyway, between them, these eight elements have four distinct minimal polynomials (the conjugate of a primitive element is also primitive, and the conjugates come in …

Sep 1, 2015 · Primitive roots are generators of the multiplicative group of integers modulo n n, which is useful in proofs. Moreover primitive roots are difficult to compute in some groups, and …

May 30, 2016 · I will really appreciate if someone could give example of these and explain what makes them primitive and prime. e.g about polynomials used in Cyclic Redundancy Check that …