[[abstract]]In this paper, the algorithm to generate prime implicants presented in Ref. 5 is extended to a new algorithm. The new algorithm does not require the Boolean function to be in conjunctive normal form and is complete in the sense that it generates all the prime implicants. The author also shows that this new algorithm can be used to efficiently solve the selection problem . By using this algorithm, the original selection problem can be solved by a branch-and-bound approach which avoids an exhaustive search of the solution space and reduces the amount of necessary calculations.[[fileno]]2030256010002[[department]]資訊工程學
In recent years several new algorithms have appeared for the problem of enumerating the prime number...
AbstractIn recent years several new algorithms have appeared for the problem of enumerating the prim...
Computing the prime implicants and the essential prime implicants of Boolean functions is a problem ...
[[abstract]]This paper describes an algorithm which will generate all the prime implicants of a Bool...
We present a new approach for selective enumeration of prime implicants of CNF formulae. The method ...
AbstractA notion of a neighborhood cube of a term of a Boolean function represented in the canonical...
The notion of Prime Implicants plays an important role in many AI applications such as diagnostic an...
Starting from the result that the prime distribution is deterministic, we show in its maximal reduce...
Given the recent investigation of Clause Management Systems (CMSs) for ArtificialIntelligence applic...
Most methods for the determination of prime implicants of a Boolean function depend on minterms of ...
International audienceModel checking and counter-example guided abstraction refinement are examples ...
We propose a new simple and faster algorithm to factor numbers based on the nature of the prime numb...
Of late, an iterative procedure for the generation of the prime implicants of switching functions by...
Manipulation of Boolean functions has important applications in such fields as hardware verification...
We draw a simple correspondence between kernel rules and prime implicants. Kernel (minimal) rules pl...
In recent years several new algorithms have appeared for the problem of enumerating the prime number...
AbstractIn recent years several new algorithms have appeared for the problem of enumerating the prim...
Computing the prime implicants and the essential prime implicants of Boolean functions is a problem ...
[[abstract]]This paper describes an algorithm which will generate all the prime implicants of a Bool...
We present a new approach for selective enumeration of prime implicants of CNF formulae. The method ...
AbstractA notion of a neighborhood cube of a term of a Boolean function represented in the canonical...
The notion of Prime Implicants plays an important role in many AI applications such as diagnostic an...
Starting from the result that the prime distribution is deterministic, we show in its maximal reduce...
Given the recent investigation of Clause Management Systems (CMSs) for ArtificialIntelligence applic...
Most methods for the determination of prime implicants of a Boolean function depend on minterms of ...
International audienceModel checking and counter-example guided abstraction refinement are examples ...
We propose a new simple and faster algorithm to factor numbers based on the nature of the prime numb...
Of late, an iterative procedure for the generation of the prime implicants of switching functions by...
Manipulation of Boolean functions has important applications in such fields as hardware verification...
We draw a simple correspondence between kernel rules and prime implicants. Kernel (minimal) rules pl...
In recent years several new algorithms have appeared for the problem of enumerating the prime number...
AbstractIn recent years several new algorithms have appeared for the problem of enumerating the prim...
Computing the prime implicants and the essential prime implicants of Boolean functions is a problem ...