On maximal QROBDD's of Boolean functions

We investigate the structure of “worst-case” quasi reduced ordered decision diagrams and Boolean functions whose truth tables are associated to: we suggest different ways to count and enumerate them. We, then, introduce a notion of complexity which leads to the concept of “hard” Boolean functions as functions whose QROBDD are “worst-case” ones. So we exhibit the relation between hard functions and the Storage Access function (also known as Multiplexer)

On Maximal QROBDD's of Boolean Functions

We investigate the structure of ``worst-case'' quasi reduced ordered decision diagrams and Boolean functions whose truth tables are associated to: we suggest different ways to count and enumerate them. We, then, introduce a notion of complexity which leads to the concept of ``hard'' Boolean functions as functions whose QROBDD are ``worst-case'' ones. So we exhibit the relation between hard functions and the Storage Access function (also known as Multiplexer)

On Maximal QROBDD's of Boolean Functions

We investigate the structure of ``worst-case'' quasi reduced ordered decision diagrams and Boolean functions whose truth tables are associated to: we suggest different ways to count and enumerate them. We, then, introduce a notion of complexity which leads to the concept of ``hard'' Boolean functions as functions whose QROBDD are ``worst-case'' ones. So we exhibit the relation between hard functions and the Storage Access function (also known as Multiplexer)

On Maximal QROBDD's of Boolean Functions

We investigate the structure of ``worst-case'' quasi reduced ordered decision diagrams and Boolean functions whose truth tables are associated to: we suggest different ways to count and enumerate them. We, then, introduce a notion of complexity which leads to the concept of ``hard'' Boolean functions as functions whose QROBDD are ``worst-case'' ones. So we exhibit the relation between hard functions and the Storage Access function (also known as Multiplexer)