Spectral Logic and Its Applications for the Design of Digital Devices

LIST OF TABLES

P.0.1	Conferences and Workshops on Spectral Techniques, 1970–1999.
P.0.2	Conferences and Workshops on Spectral Techniques, 2000–2006.
P.0.3	Special Issues of Journals Devoted to Spectral Techniques.
1.2.1	Binary-Valued Input Functions of Three Variables.
1.2.2	Multiple-Valued Input Functions of Two Ternary Variables.
1.2.3	Binary-Valued Input Two-Output Functions.
1.2.4	Multiple-Valued Input Two-Output Functions, with p = 2 for z0 and p = 3 for z1.
1.2.5	Logic Function in Example 1.2.2.
1.2.6	Step Function for the System of Logic Functions in Example 1.2.2.
1.3.1	Logic Operations.
1.3.2	Characteristic Functions for p = 3, n = 2.
1.5.1	The Properties of the Reed–Muller Transform Considered as a Transform in the Boolean Algebra (B, ∨,∧, –, 0, 1).
1.7.1	Assignment of Decomposition Rules and the Coefficients in Kronecker Expressions for f in Example 1.6.1
2.3.1	Different Orderings of Walsh Functions Represented as Products of the Rademacher Functions, m = 3.
2.5.1	Vilenkin–Chrestenson Functions for p = 3, m = 2.
2.5.2	Generalized Rademacher Functions for p = 3, m = 2.
2.5.3	Function in Example 2.5.1 and Its Vilenkin–Chrestenson Spectrum.
2.5.4	Generalized Haar Functions for p = 3 and m = 2.
2.6.1	Function f (z) in Example 2.6.1, Its Spectrum in Paley Ordering by Definition 2.3.2, Linearly Transformed Function f (σ z) and the Spectrum ...