AbstractIn this paper, we define two differentials D(f) and Δ(f) for a boolean polynomial f, with n variables. D(f), for instance, is chosen in such a way that its roots are exactly those of f(x) = m(f), where m(f) is the minimum of f on Bn. Then D(f) ⩽ f. We first state different properties for the differentiation, which is shown to be a boolean algebraic operator, then solve three boolean differential equations, among which are: D(f) = θf(θ ϵ B), and the quadrature equation, D(f) = g
AbstractA theorem of Chaundy is exploited to prove the existence of only one ordinary differential e...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
C.~Carlet, P.~Charpin, V.~Zinoviev in 1998 defined the associated Boolean function $\gamma_F(a,b)$ i...
AbstractIn this paper, we define two differentials D(f) and Δ(f) for a boolean polynomial f, with n ...
The Boolean Differential Calculus (BDC) significantly extends the Boolean Algebra because not only B...
AbstractThe main goal of this work is to introduce the relation between the partial boolean derivati...
summary:We consider four combinatorial interpretations for the algebra of Boolean differential opera...
summary:We consider four combinatorial interpretations for the algebra of Boolean differential opera...
AbstractIt is proved that any pseudo-Boolean function f can be represented as f(x)≡z+φ(x,x̄), where ...
AbstractIn [1] are given two theorems related to the number of parameters of the solution of the equ...
The Boolean Differential Calculus (BDC) is a very powerful theory that extends the structure of a Bo...
AbstractWe introduce a method of solving the functional equation ∑j = 0n ajLjf(x) = 0 where the a's ...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
AbstractA theorem of Chaundy is exploited to prove the existence of only one ordinary differential e...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
C.~Carlet, P.~Charpin, V.~Zinoviev in 1998 defined the associated Boolean function $\gamma_F(a,b)$ i...
AbstractIn this paper, we define two differentials D(f) and Δ(f) for a boolean polynomial f, with n ...
The Boolean Differential Calculus (BDC) significantly extends the Boolean Algebra because not only B...
AbstractThe main goal of this work is to introduce the relation between the partial boolean derivati...
summary:We consider four combinatorial interpretations for the algebra of Boolean differential opera...
summary:We consider four combinatorial interpretations for the algebra of Boolean differential opera...
AbstractIt is proved that any pseudo-Boolean function f can be represented as f(x)≡z+φ(x,x̄), where ...
AbstractIn [1] are given two theorems related to the number of parameters of the solution of the equ...
The Boolean Differential Calculus (BDC) is a very powerful theory that extends the structure of a Bo...
AbstractWe introduce a method of solving the functional equation ∑j = 0n ajLjf(x) = 0 where the a's ...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
AbstractA theorem of Chaundy is exploited to prove the existence of only one ordinary differential e...
Certain well known polynomials have a number of common properties. They arise as coefficients of tn ...
C.~Carlet, P.~Charpin, V.~Zinoviev in 1998 defined the associated Boolean function $\gamma_F(a,b)$ i...