… of the complex decompositions defined by Ashcnhurst for the … of logic elemets, ay switching
fmction should have a minimum… minimum-cost circuits, but cost bounds and other techniques …

… logic, for multi-output functions, and minimizing a complex … functions into arbitrary reversible
logic gates. If the original … that many of their ideas will also work for such symmetric functions. …

… affected primarily by the number of logic gates or cells, but rather … ■ As already mentioned,
functional decomposition is … complexity of the composition function or the complexity of the …

… Its goal is to break a logic circuit into a set of smaller … The notion of \disjunctive serial
separation"|a functional decomposition … preferable from the computational complexity point of …

… techniques to the functional decomposition of Boolean … We will use the complexity criterion
p ( f ) defined as the number of … Symmetric functions which are usually difficult to implement …

… complexity of the logic network is defined as the actual … with their optimum (ie, having
minimum multiplicative complexity) … when more than one bi-decomposition exists. The refactoring …

… large number of variables are too complex to be built in one … A logic module for symmetric
functions (LMS) can be derived … 1, it is easy to see that any logic circuit described by (3) can be …

… of less complex datasets. In this chapter we show that … as new features not present in the
original problem description. The … Columns that have pairwise equal row entries or at least one …

… That work focuses exclusively on symmetric functions (those whose … to construct a circuit with
low multiplicative complexity for … We omit its description here due to space constraints5. We …

… Por example, all symmetric functions (including even and odd … by Boolean expressions or
logic circuits of reasonable size … This refinement alone drops the time complexity to 0(1G1 G2j), …