By G.E. Taylor, G. Russell
This ebook covers algorithms and purposes of concepts from the unreal intelligence group in CAD for VLSI.
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Extra resources for Algorithmic and knowledge based CAD for VLSI
4 an example of its use is presented. 6. 2 Transformational synthesis An excellent introduction to high level synthesis systems can be found in the overview paper by McFarland (McFarland et al, 1988). All high level synthesis systems initially operate upon a user specified behavioural description in an appropriate high level language. The language we use for this purpose is called STRICT (Campbell etal, 1985), which is a conventional hardware description language which allows specifications to be written in a functional notation.
This is usually referred to as the Shell principle. For the purpose of hardware verification, Hunt (Hunt, 1985) has added a data type for use with bit vectors, and a whole set of associated theorems. These can be loaded automatically when the prover is started. If the prover fails to complete a proof, this will not necessarily mean that there is something wrong with the theorem. It may be that if the proof is rather complex, the prover will not' see * the right path through the proof. In this case it will be necessary to 'educate' the prover by first proving smaller theorems which prove parts of the big proof, so that the prover will subsequently use these to complete the big proof.
In this case it will be necessary to 'educate' the prover by first proving smaller theorems which prove parts of the big proof, so that the prover will subsequently use these to complete the big proof. In many cases these smaller theorems will be useful in themselves, and can be added to the users' database if he wishes. The prover will therefore frequently need help from the user, which means that in a sense it is not fully automatic. The prove-lemma construct can have as an optional parameter a list of hints, which can tell the prover to use certain theorems with certain parameters, ignore other theorems, or perform inductions in a specified manner.
Algorithmic and knowledge based CAD for VLSI by G.E. Taylor, G. Russell