This paper details an evolutionary tool targeted at increasing the diagnostic power of a set of assembly programs. The underlying evolutionary scheme is quite peculiar in some aspect and present interesting characteristics The effectiveness of the generated set has recently been demonstrated. Here the use of the tool is further motivated through a deep experimental analysis that provides insight on the obtainable results and better explains the design choices. The use of the tool is validated against a widely used microprocessor core and results are provided
The application of Evolutionary Algorithms in hierarchical model partitioning for parallel system si...
This paper describes a tool for debugging programs which have been developed using evolutionary soft...
The ever increasing usage of microprocessor devices is sustained by a high volume production that in...
This paper details an evolutionary tool targeted at increasing the diagnostic power of a set of asse...
This paper describes μGP, an evolutionary approach for generating assembly programs tuned for a spe...
It is well-known that faults affecting an electronic device may compromise its correct functionality...
Evolutionary computation has been little, but steadily, used in the CAD community during the past 20...
Verification is increasingly becoming a bottleneck in the process of designing electronic circuits. ...
The incessant progress in manufacturing technology is posing new challenges to microprocessor design...
Microprocessor technology is increasingly used for many applications; the large market volumes call ...
We have created a genetic algorithm that can be used for exploring the design space of processors. W...
Design verification is a crucial step in the design of any electronic device. Particularly when micr...
Traditional test generation methodologies for peripheral cores are performed by a skilled test engin...
Abstract— The increasing complexity of electronic components based on microprocessors and their use ...
Test programs are fragment of code, but, unlike ordinary application programs, they are not intended...
The application of Evolutionary Algorithms in hierarchical model partitioning for parallel system si...
This paper describes a tool for debugging programs which have been developed using evolutionary soft...
The ever increasing usage of microprocessor devices is sustained by a high volume production that in...
This paper details an evolutionary tool targeted at increasing the diagnostic power of a set of asse...
This paper describes μGP, an evolutionary approach for generating assembly programs tuned for a spe...
It is well-known that faults affecting an electronic device may compromise its correct functionality...
Evolutionary computation has been little, but steadily, used in the CAD community during the past 20...
Verification is increasingly becoming a bottleneck in the process of designing electronic circuits. ...
The incessant progress in manufacturing technology is posing new challenges to microprocessor design...
Microprocessor technology is increasingly used for many applications; the large market volumes call ...
We have created a genetic algorithm that can be used for exploring the design space of processors. W...
Design verification is a crucial step in the design of any electronic device. Particularly when micr...
Traditional test generation methodologies for peripheral cores are performed by a skilled test engin...
Abstract— The increasing complexity of electronic components based on microprocessors and their use ...
Test programs are fragment of code, but, unlike ordinary application programs, they are not intended...
The application of Evolutionary Algorithms in hierarchical model partitioning for parallel system si...
This paper describes a tool for debugging programs which have been developed using evolutionary soft...
The ever increasing usage of microprocessor devices is sustained by a high volume production that in...