AbstractIn this paper we investigate the combinational complexity of Boolean functions satisfying a certain property, Pnk,m. A function of n variables has the Pnk,m property if there are at least m functions obtainable from each way of restricting it to a subset of n - - k variables. We show that the complexity of a Pn3,5 function is no less than 7n−46, and this bound cannot be much improved. Further, we find that for each k, there are Pnk,2k functions with complexity linear in n
The multiplicative complexity of a Boolean function is the minimum number of AND gates that are nece...
AbstractThe multiplicative complexity c∧(f) of a Boolean function f is the minimum number of AND gat...
© Richard Ryan Williams; licensed under Creative Commons License CC-BY 33rd Computational Complexity...
AbstractLet fn:{0, 1}2⌜lgn⌝+1+n→{0, 1} be the Boolean function fn(a,b,q,z1…,zn)=q⋁j=1n zj(a=j∨b=j)∨ ...
AbstractConsider the Boolean functions and(n)=⋀i=1n xi nor(n)=⋀i=1n ¬ xi and the equivalence Eq(n)=a...
AbstractThe complexity of 2-output combinational networks without feedback is explored. For monotone...
Consider the combinational complexity L(f) of Boolean functions over the basis $\Omega = \{f|f:\{0,1...
AbstractAn infinite sequence F = {fn}n = 1∞ of one-output Boolean functions with the following two p...
AbstractTwo fundamental complexity measures for a Boolean function f are its circuit depth d(f) and ...
AbstractWe define two measures, γ and c, of complexity for Boolean functions. These measures are rel...
AbstractClasses of locally complex and locally simple functions are introduced. The classes are prov...
AbstractFor switching functions f let C(f) be the combinational complexity of f. We prove that for e...
AbstractLet f be a monotone Boolean function over X = {x1,…,xn}. The k-slice of f is the function fk...
AbstractA Boolean function on n variables is k-mixed if any two distinct restrictions fixing the sam...
Paul [P] first proved a 2.5n-lower bound for the network complexity of an explicit boolean function....
The multiplicative complexity of a Boolean function is the minimum number of AND gates that are nece...
AbstractThe multiplicative complexity c∧(f) of a Boolean function f is the minimum number of AND gat...
© Richard Ryan Williams; licensed under Creative Commons License CC-BY 33rd Computational Complexity...
AbstractLet fn:{0, 1}2⌜lgn⌝+1+n→{0, 1} be the Boolean function fn(a,b,q,z1…,zn)=q⋁j=1n zj(a=j∨b=j)∨ ...
AbstractConsider the Boolean functions and(n)=⋀i=1n xi nor(n)=⋀i=1n ¬ xi and the equivalence Eq(n)=a...
AbstractThe complexity of 2-output combinational networks without feedback is explored. For monotone...
Consider the combinational complexity L(f) of Boolean functions over the basis $\Omega = \{f|f:\{0,1...
AbstractAn infinite sequence F = {fn}n = 1∞ of one-output Boolean functions with the following two p...
AbstractTwo fundamental complexity measures for a Boolean function f are its circuit depth d(f) and ...
AbstractWe define two measures, γ and c, of complexity for Boolean functions. These measures are rel...
AbstractClasses of locally complex and locally simple functions are introduced. The classes are prov...
AbstractFor switching functions f let C(f) be the combinational complexity of f. We prove that for e...
AbstractLet f be a monotone Boolean function over X = {x1,…,xn}. The k-slice of f is the function fk...
AbstractA Boolean function on n variables is k-mixed if any two distinct restrictions fixing the sam...
Paul [P] first proved a 2.5n-lower bound for the network complexity of an explicit boolean function....
The multiplicative complexity of a Boolean function is the minimum number of AND gates that are nece...
AbstractThe multiplicative complexity c∧(f) of a Boolean function f is the minimum number of AND gat...
© Richard Ryan Williams; licensed under Creative Commons License CC-BY 33rd Computational Complexity...