Abstract. We present a mathematical framework and an implemen-tation of a proof of concept for communicating about trust in terms of interactions. We argue that sharing an ontology about trust is not enough and that interactions are the building blocks that all trust- and reputation models use to form their evaluations. Thus, a way of talking about these interactions is essential to gossiping in open heterogeneous environments. We give an overview of the formal framework we propose for aligning trust and discuss an example implementation, which uses inductive learning methods to form a trust alignment. We highlight the strengths and weaknesses of this approach.
Drawing on the diverse literatures of game theory, negotiation, interpersonal trust, and interorgani...
Abstract In this paper, we present a framework for enabling agents in multiagent systems to engender...
Trust relationships occur naturally in many diverse contexts such as collaborative systems, e-commer...
Abstract. We present a mathematical framework and an implemen-tation of a proof of concept for commu...
Abstract. We present a mathematical framework for communicating about trust in terms of interactions...
Abstract. In open multi-agent systems trust models are an important tool for agents to achieve effec...
Abstract. In open multi-agent systems trust models are an important tool for agents to achieve effec...
Knowing which agents to trust is an important problem in open multi-agent systems. A way to help sol...
Computational trust is the digital counterpart of the human notion of trust as applied in social sys...
Abstract. In open multi-agent systems trust is necessary to improve co-operation by enabling agents ...
Abstract. How an agent trusts another naturally depends on the outcomes of their interactions. Previ...
Abstract. Trust learning is a crucial aspect of information exchange, negotiation, and any other kin...
Trust relationships occur naturally in many diverse contexts such as collaborative systems, e-commer...
There has been tremendous interest in the development of formal trust models and metrics through the...
Drawing on the diverse literatures of game theory, negotiation, interpersonal trust, and interorgani...
Drawing on the diverse literatures of game theory, negotiation, interpersonal trust, and interorgani...
Abstract In this paper, we present a framework for enabling agents in multiagent systems to engender...
Trust relationships occur naturally in many diverse contexts such as collaborative systems, e-commer...
Abstract. We present a mathematical framework and an implemen-tation of a proof of concept for commu...
Abstract. We present a mathematical framework for communicating about trust in terms of interactions...
Abstract. In open multi-agent systems trust models are an important tool for agents to achieve effec...
Abstract. In open multi-agent systems trust models are an important tool for agents to achieve effec...
Knowing which agents to trust is an important problem in open multi-agent systems. A way to help sol...
Computational trust is the digital counterpart of the human notion of trust as applied in social sys...
Abstract. In open multi-agent systems trust is necessary to improve co-operation by enabling agents ...
Abstract. How an agent trusts another naturally depends on the outcomes of their interactions. Previ...
Abstract. Trust learning is a crucial aspect of information exchange, negotiation, and any other kin...
Trust relationships occur naturally in many diverse contexts such as collaborative systems, e-commer...
There has been tremendous interest in the development of formal trust models and metrics through the...
Drawing on the diverse literatures of game theory, negotiation, interpersonal trust, and interorgani...
Drawing on the diverse literatures of game theory, negotiation, interpersonal trust, and interorgani...
Abstract In this paper, we present a framework for enabling agents in multiagent systems to engender...
Trust relationships occur naturally in many diverse contexts such as collaborative systems, e-commer...