This paper defines visual explanations to the Verification Problem in argumentation, that is, of why a set of arguments is or is not acceptable under a given semantics. These explanations rely upon the modularity of the acceptability semantics, and they take the form of subgraphs of the original argumentation graph. Graph properties that these subgraphs satisfy depending on whether or not the set is acceptable, are established. Properties of the proposed explanations are addressed, and the potential of the modularity of the approach is highlighted. Note that this research report is the complete version of a paper submitted to a conference. In this complete version, the reader can find the proofs of the results given in the submitted paper
Copyright © 2015, Association for the Advancement of Artificial Intelligence (www.aaai.org). All rig...
This paper explores the definition of questions and the computation of explanations in general, and ...
We suggest a method for justifying why a literal is or is not contained in the answer set of a logic...
International audienceThis paper explores the computation of explanations in the specific context of...
Abstract. This paper provides a preliminary investigation to-wards the definition of a general frame...
Argumentation can be viewed as a process of generating explanations. However, existing argumentation...
International audienceDung’s abstract argumentation provides us with a general framework to deal wit...
International audienceDung's abstract argumentation provides us with a general framework to deal wit...
We discuss explanations for formal (abstract and structured) argumentation-the question of whether a...
Change in argumentation frameworks has been widely studied in the recent years. Most of the existing...
The process of arguing is also the process of justifying and explaining. Here, we focus on argumenta...
International audienceThe paper studies semantics that evaluate arguments in argumentation graphs, w...
Abstract.The study of extension-based semantics within the seminal abstract argumenta-tion model of ...
The study of extension-based semantics within the seminal abstract argumentation model of Dung has l...
Abstract argumentation constitutes both a major research strand and a key approach that provides the...
Copyright © 2015, Association for the Advancement of Artificial Intelligence (www.aaai.org). All rig...
This paper explores the definition of questions and the computation of explanations in general, and ...
We suggest a method for justifying why a literal is or is not contained in the answer set of a logic...
International audienceThis paper explores the computation of explanations in the specific context of...
Abstract. This paper provides a preliminary investigation to-wards the definition of a general frame...
Argumentation can be viewed as a process of generating explanations. However, existing argumentation...
International audienceDung’s abstract argumentation provides us with a general framework to deal wit...
International audienceDung's abstract argumentation provides us with a general framework to deal wit...
We discuss explanations for formal (abstract and structured) argumentation-the question of whether a...
Change in argumentation frameworks has been widely studied in the recent years. Most of the existing...
The process of arguing is also the process of justifying and explaining. Here, we focus on argumenta...
International audienceThe paper studies semantics that evaluate arguments in argumentation graphs, w...
Abstract.The study of extension-based semantics within the seminal abstract argumenta-tion model of ...
The study of extension-based semantics within the seminal abstract argumentation model of Dung has l...
Abstract argumentation constitutes both a major research strand and a key approach that provides the...
Copyright © 2015, Association for the Advancement of Artificial Intelligence (www.aaai.org). All rig...
This paper explores the definition of questions and the computation of explanations in general, and ...
We suggest a method for justifying why a literal is or is not contained in the answer set of a logic...