We propose a diagnosis procedure that agents can use to explain exceptions to contract executions. Contracts are expressed by social commitments associated with temporal constraints. The procedure reasons from the relations among such commitments, and returns one amongst different possible mismatches that may have caused an exception. In particular, we consider two possibilities: misalignment, when two agents have two different views of the same commitment, and misbehavior, when there is no misalignment, but a debtor agent fails to oblige. We also provide a realignment policy that can be applied in case of a misalignment. Our formalization uses a reactive form of Event Calculus. We illustrate the workings of our approach by discussing a del...
Understanding accountability in contract violations, e.g., whom is accountable for what, is a tediou...
A (multi-party) contract is a legally binding agreement between individuals or companies that descri...
Abstract. Commitments are a powerful representation for modeling multiagent interactions. Previous a...
We propose a diagnosis procedure that agents can use to explain exceptions to contract executions. C...
This paper studies misalignment of commitments associated with temporal constraints. We propose a di...
none3This paper studies misalignment of commitments associated with temporal constraints. We propose...
The success of contract-based multiagent systems relies on agents complying with their commitments. ...
We show an application of Assumption-Based Argumentation for reasoning about and handling exceptions...
Commitments are key to contract-based multiagent systems. When agents enter a contract, they projec...
The success of contract-based multiagent systems relies on agents complying with their commitments. ...
Exceptions constitute a great deal of autonomous process execution. In order to resolve an exception...
The success of contract-based multiagent systems relies on agents complying with their commitments. ...
Exceptions constitute a great deal of autonomous process execution. In order to resolve an exception...
Open multiagent systems consist of autonomous agents that are built by different vendors. In princip...
A key challenge in e-commerce is to specify the terms of the deal between buyers and sellers, e.g., ...
Understanding accountability in contract violations, e.g., whom is accountable for what, is a tediou...
A (multi-party) contract is a legally binding agreement between individuals or companies that descri...
Abstract. Commitments are a powerful representation for modeling multiagent interactions. Previous a...
We propose a diagnosis procedure that agents can use to explain exceptions to contract executions. C...
This paper studies misalignment of commitments associated with temporal constraints. We propose a di...
none3This paper studies misalignment of commitments associated with temporal constraints. We propose...
The success of contract-based multiagent systems relies on agents complying with their commitments. ...
We show an application of Assumption-Based Argumentation for reasoning about and handling exceptions...
Commitments are key to contract-based multiagent systems. When agents enter a contract, they projec...
The success of contract-based multiagent systems relies on agents complying with their commitments. ...
Exceptions constitute a great deal of autonomous process execution. In order to resolve an exception...
The success of contract-based multiagent systems relies on agents complying with their commitments. ...
Exceptions constitute a great deal of autonomous process execution. In order to resolve an exception...
Open multiagent systems consist of autonomous agents that are built by different vendors. In princip...
A key challenge in e-commerce is to specify the terms of the deal between buyers and sellers, e.g., ...
Understanding accountability in contract violations, e.g., whom is accountable for what, is a tediou...
A (multi-party) contract is a legally binding agreement between individuals or companies that descri...
Abstract. Commitments are a powerful representation for modeling multiagent interactions. Previous a...