Genetic improvement uses automated search to find improved versions of existing software. Software can either be evolved with general-purpose intentions or with a focus on a specific application (e.g., to improve it’s efficiency for a particular class of problems). Unfortunately, software specialisation to each problem application is generally performed independently, fragmenting and slowing down an already very time-consuming search process. We propose to incorporate specialisation as an online mechanism of the general search process, in an attempt to automatically devise application classes, by benefiting from past execution history
In today’s technology driven society, software is becoming increasingly important in more areas of ...
Emergent software systems are assembled from a collection of small code blocks, where some of those ...
Most applications of genetic programming (GP) involve the creation of an entirely new function, prog...
Genetic improvement uses automated search to improve existing software. It has been successfully use...
Genetic Improvement (GI) uses automated search to improve existing software. Most GI work has focuse...
Genetic Improvement (GI) uses automated search to improve existing software. Most GI work has focuse...
Genetic improvement uses automated search to find improved versions of existing software. We present...
Automatic Programming has long been a sub-goal of Artificial Intelligence (AI). It is feasible in li...
Genetic improvement for emergent software systems faces unique challenges due to its deployment in h...
Genetic code improvement systems (GI) start from an existing piece of program code and search for al...
Search Based Software Engineering techniques are emerging as important tools for software maintenanc...
Genetic improvement (GI) is a relatively new area of software engineering and thus the extent of its...
We re-examine the central motivation behind Genetic Improvement Programming (GIP), and argue that t...
We document the program and the immediate outcomes of Dagstuhl Seminar 18052 “Genetic Improvement o...
Genetic algorithms are mathematical, highly parallel, adaptive search procedures (i.e., problem solv...
In today’s technology driven society, software is becoming increasingly important in more areas of ...
Emergent software systems are assembled from a collection of small code blocks, where some of those ...
Most applications of genetic programming (GP) involve the creation of an entirely new function, prog...
Genetic improvement uses automated search to improve existing software. It has been successfully use...
Genetic Improvement (GI) uses automated search to improve existing software. Most GI work has focuse...
Genetic Improvement (GI) uses automated search to improve existing software. Most GI work has focuse...
Genetic improvement uses automated search to find improved versions of existing software. We present...
Automatic Programming has long been a sub-goal of Artificial Intelligence (AI). It is feasible in li...
Genetic improvement for emergent software systems faces unique challenges due to its deployment in h...
Genetic code improvement systems (GI) start from an existing piece of program code and search for al...
Search Based Software Engineering techniques are emerging as important tools for software maintenanc...
Genetic improvement (GI) is a relatively new area of software engineering and thus the extent of its...
We re-examine the central motivation behind Genetic Improvement Programming (GIP), and argue that t...
We document the program and the immediate outcomes of Dagstuhl Seminar 18052 “Genetic Improvement o...
Genetic algorithms are mathematical, highly parallel, adaptive search procedures (i.e., problem solv...
In today’s technology driven society, software is becoming increasingly important in more areas of ...
Emergent software systems are assembled from a collection of small code blocks, where some of those ...
Most applications of genetic programming (GP) involve the creation of an entirely new function, prog...