none4Despite their dynamic nature, social commitments have been rarely used for monitoring purposes. Few attention has been paid to the relationship between commitments and the temporal dimension and to the corresponding run-time verification. Building on previous work, we present a declarative axioma- tization of time-aware social commitments, extending their basic life cycle with time-related transitions and with compensation mechanisms. The formalization is based on a reactive version of the Event Calculus, able to monitor the commitments evolution during a system's execution, checking if the interacting agents are honoring them or not.Winner of the AT2AI-7 Best Paper AwardmixedF. Chesani; P. Mello; M. Montali; P. TorroniF. Chesani; P. M...
Smart Contracts enable the automated execution of exchanges on the blockchain. From an ontological p...
In this paper we investigate multiagent systems whose agent inter- action is based on social commitm...
In this paper we investigate multiagent systems whose agent inter-action is based on social commitme...
Despite their dynamic nature, social commit-ments have been rarely used for monitoring purposes, and...
none4Despite their dynamic nature, social commitments have rarely been used for monitoring purposes....
none4We define a framework based on computational logic technology and on a reactive axiomatization ...
Multiagent social commitments provide a principled basis for agent interactions, and serve as a natu...
none4We define a framework based on computational logic technology and on a reactive axiomatization ...
Abstract. We define a framework based on computational logic technol-ogy and on a reactive axiomatiz...
none4no"Social commitments in time: Satisfied or compensated" was the title of a presentation given ...
none4Runtime commitment verification is an important, open issue in multiagent research. To address ...
This paper proposes a rule language for defining social expectations based on a metric interval temp...
Abstract. Commitments are a powerful representation for modeling multiagent interactions. Previous a...
none4We address run-time monitoring of membership, roles and role dynamics in open agent societies. ...
As part of the goal of developing a genuinely open multiagent system, many efforts are devoted to th...
Smart Contracts enable the automated execution of exchanges on the blockchain. From an ontological p...
In this paper we investigate multiagent systems whose agent inter- action is based on social commitm...
In this paper we investigate multiagent systems whose agent inter-action is based on social commitme...
Despite their dynamic nature, social commit-ments have been rarely used for monitoring purposes, and...
none4Despite their dynamic nature, social commitments have rarely been used for monitoring purposes....
none4We define a framework based on computational logic technology and on a reactive axiomatization ...
Multiagent social commitments provide a principled basis for agent interactions, and serve as a natu...
none4We define a framework based on computational logic technology and on a reactive axiomatization ...
Abstract. We define a framework based on computational logic technol-ogy and on a reactive axiomatiz...
none4no"Social commitments in time: Satisfied or compensated" was the title of a presentation given ...
none4Runtime commitment verification is an important, open issue in multiagent research. To address ...
This paper proposes a rule language for defining social expectations based on a metric interval temp...
Abstract. Commitments are a powerful representation for modeling multiagent interactions. Previous a...
none4We address run-time monitoring of membership, roles and role dynamics in open agent societies. ...
As part of the goal of developing a genuinely open multiagent system, many efforts are devoted to th...
Smart Contracts enable the automated execution of exchanges on the blockchain. From an ontological p...
In this paper we investigate multiagent systems whose agent inter- action is based on social commitm...
In this paper we investigate multiagent systems whose agent inter-action is based on social commitme...