Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: State-of-the-art ansr set programming (ASP) solvers rely on a pro- gram called a grounder to convert non-ground programs containing variables into variable-free, propositional programs. The size of this grounding depends heavily on the size of the non-ground rules, and thus, reducing the size of such rules is a promising approach to improve solving performance. To this end, in this pa- per  announce lpopt, a tool that decomposes large logic programming rules into smaller rules that are easier to handle for current solvers. The tool is specif- ically tailored to handle the standard syntax of the ASP language (ASP-Core) and makes it easier for users to write efficient and intuitive ASP programs, which would otherwise often require significant hand-tuning by expert ASP engineers. It is based on an idea proposed by Morak and Woltran (2012) that  extend sig- nificantly in order to handle the full ASP syntax, including complex constructs like aggregates, ak constraints, and arithmetic expressions.  present the al- gorithm, the theoretical foundations on how to treat these constructs, as ll as an experimental evaluation showing the viability of our approach.
['Manuel Bichler', 'Michael Morak', 'Stefan Woltran']
I am writing a research paper on a idea lpopt: A Rule Optimization Tool for Answer Set Programming
[{"from": "human", "value": "I am writing a research paper on a idea lpopt: A Rule Optimization Tool for Answer Set Programming"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: State-of-the-art ansr set programming (ASP) solvers rely on a pro- gram called a grounder to convert non-ground programs containing variables into variable-free, propositional programs. The size of this grounding depends heavily on the size of the non-ground rules, and thus, reducing the size of such rules is a promising approach to improve solving performance. To this end, in this pa- per  announce lpopt, a tool that decomposes large logic programming rules into smaller rules that are easier to handle for current solvers. The tool is specif- ically tailored to handle the standard syntax of the ASP language (ASP-Core) and makes it easier for users to write efficient and intuitive ASP programs, which would otherwise often require significant hand-tuning by expert ASP engineers. It is based on an idea proposed by Morak and Woltran (2012) that  extend sig- nificantly in order to handle the full ASP syntax, including complex constructs like aggregates, ak constraints, and arithmetic expressions.  present the al- gorithm, the theoretical foundations on how to treat these constructs, as ll as an experimental evaluation showing the viability of our approach."}]