Core Concepts Amorphous Operations: These are variations of traditional functions (like log or modulus) that incorporate a controlled amount of randomness. For example, amorphous_base calculates a ...

Different from the previous method which only hides data based on modulus three function, the suggested method can handle any modulus function, i.e., the limitations encountered in the previous method ...

Define a function such that , for all, then the function is a Lipschitz function (see [20]). (c.f [18,20-30]) Throughout the article and represent the bounded, I-convergent, I-null, bounded ...

This paper deals mainly with various ‘distribution functions’ and ‘cumulative distribution functions’ pertaining to the modulus and to the angle of the ‘normal’ complex variate, for the case where the ...

On (signed) Takagi-Landsberg functions: $p$th variation, maximum, and modulus of continuity ...

MODULUS Function Returns the remainder (modulus) that results when a number is divided by a divisor.

Abstract The numerical algorithms for finding the lines of branching and branching-off solutions of nonlinear problem on mean-square approximation of a real finite nonnegative function with respect to ...