This paper presents an algorithm for two-level Boolean minimization (BOOM) based on a new implicant generation paradigm. In contrast to all previous minimization methods, where the implicants are generated bottom-up, the proposed method uses a top-down approach. Thus, instead of increasing the dimensionality of implicants by omitting literals from their terms, the dimension of a term is gradually decreased by adding new literals. The method is advantageous especially for functions with many input variables (up to thousands) and with only few care terms defined, where other minimization tools are not applicable because of the long runtime. The method has been tested on several different kinds of problems and the results were compared with ES...
Two new problems are posed and solved concerning minimal sets of prime implicants of Boolean funct...
The object of research is the method of figurative transformations for Boolean functions minimizatio...
Abstract: MINI is a heuristic logic minimization technique for many-variable problems. It accepts as...
This paper presents an algorithm for two-level Boolean minimization (BOOM) based on a new implicant ...
We propose a novel two-level Boolean minimizer coming in succession to our previously developed min...
We present a novel heuristic algorithm for two-level Boolean minimization. In contrast to the other ...
The paper describes CAMP, a Computer Aided Minimization Procedure for Boolean functions. The procedu...
The paper presents a minimization algorithm for Boolean functions defined by truth tables. It treats...
None of the available minimizers for 2-level hazard-free logic minimization can synthesize very larg...
In this paper, we describe an iterative heuristic technique to improve the quality of results obtain...
Most methods for the determination of prime implicants of a Boolean function depend on minterms of ...
Abstract: The last stage in the design of intelligent systems is the minimization of its functional ...
This paper reports a research that established the possibility of increasing the effectiveness of th...
This research has established the possibility of improving the effectiveness of the visual-matrix fo...
This research has established the possibility of improving the effectiveness of the visual-matrix fo...
Two new problems are posed and solved concerning minimal sets of prime implicants of Boolean funct...
The object of research is the method of figurative transformations for Boolean functions minimizatio...
Abstract: MINI is a heuristic logic minimization technique for many-variable problems. It accepts as...
This paper presents an algorithm for two-level Boolean minimization (BOOM) based on a new implicant ...
We propose a novel two-level Boolean minimizer coming in succession to our previously developed min...
We present a novel heuristic algorithm for two-level Boolean minimization. In contrast to the other ...
The paper describes CAMP, a Computer Aided Minimization Procedure for Boolean functions. The procedu...
The paper presents a minimization algorithm for Boolean functions defined by truth tables. It treats...
None of the available minimizers for 2-level hazard-free logic minimization can synthesize very larg...
In this paper, we describe an iterative heuristic technique to improve the quality of results obtain...
Most methods for the determination of prime implicants of a Boolean function depend on minterms of ...
Abstract: The last stage in the design of intelligent systems is the minimization of its functional ...
This paper reports a research that established the possibility of increasing the effectiveness of th...
This research has established the possibility of improving the effectiveness of the visual-matrix fo...
This research has established the possibility of improving the effectiveness of the visual-matrix fo...
Two new problems are posed and solved concerning minimal sets of prime implicants of Boolean funct...
The object of research is the method of figurative transformations for Boolean functions minimizatio...
Abstract: MINI is a heuristic logic minimization technique for many-variable problems. It accepts as...