In this paper we investigate the impact of automated configuration techniques on the ArgSemSAT solver---runner-up of the ICCMA 2015---for solving the enumeration of preferred extensions. Moreover, we introduce a fully automated method for varying how argumentation frameworks are represented in the input file, and evaluate how the joint configuration of frameworks and ArgSemSAT parameters can have a remarkable impact on performance. Our findings suggest that automated configuration techniques lead to improved performances in argumentation solvers, an important message for participants to the forthcoming competition
International audienceComputing acceptability semantics of abstract argumentation frameworks is rece...
We give an overview of design and results of the Second International Competition on Computational M...
In this paper we describe how predictive models can be positively exploited in abstract argumentatio...
In this paper we investigate the impact of automated configuration techniques on the ArgSemSAT solve...
In this paper we investigate the impact of automated configuration techniques on the ArgSemSAT solve...
In this paper we consider the impact of configuration of abstract argumentation reasoners both when ...
In this paper we consider the impact of configuration of abstract argumentation reasoners both when ...
In this paper we illustrate the design choices that led to the development of ArgSemSAT, the winner ...
Dung's argumentation frameworks are adopted in a variety of applications, from argument-mining, to i...
In this paper we describe the system ArgSemSAT which includes algorithms which we proved to overcome...
International audienceNowadays, argumentation is a salient keyword in artificial intelligence. The u...
We evaluate the state of the art of solvers for hard argumentation problems—the enumeration of prefe...
International audienceWe report on the First International Competition on Computational Models of Ar...
Dung’s argumentation frameworks are adopted in a variety of applications, from argument-mining, to i...
14 pages. Part of ICCMA 2021 proceedingsSince 2015, the International Competition on Computational M...
International audienceComputing acceptability semantics of abstract argumentation frameworks is rece...
We give an overview of design and results of the Second International Competition on Computational M...
In this paper we describe how predictive models can be positively exploited in abstract argumentatio...
In this paper we investigate the impact of automated configuration techniques on the ArgSemSAT solve...
In this paper we investigate the impact of automated configuration techniques on the ArgSemSAT solve...
In this paper we consider the impact of configuration of abstract argumentation reasoners both when ...
In this paper we consider the impact of configuration of abstract argumentation reasoners both when ...
In this paper we illustrate the design choices that led to the development of ArgSemSAT, the winner ...
Dung's argumentation frameworks are adopted in a variety of applications, from argument-mining, to i...
In this paper we describe the system ArgSemSAT which includes algorithms which we proved to overcome...
International audienceNowadays, argumentation is a salient keyword in artificial intelligence. The u...
We evaluate the state of the art of solvers for hard argumentation problems—the enumeration of prefe...
International audienceWe report on the First International Competition on Computational Models of Ar...
Dung’s argumentation frameworks are adopted in a variety of applications, from argument-mining, to i...
14 pages. Part of ICCMA 2021 proceedingsSince 2015, the International Competition on Computational M...
International audienceComputing acceptability semantics of abstract argumentation frameworks is rece...
We give an overview of design and results of the Second International Competition on Computational M...
In this paper we describe how predictive models can be positively exploited in abstract argumentatio...