We present a classification method for learning an opponent's preferences during a bilateral multi-issue negotiation. Similar candidate preference relations over the set of offers are grouped into classes, and a Bayesian technique is used to determine, for each class, the likelihood that the opponent's true preference relation lies in that class. Evidence used for classification decision-making is obtained by observing the opponent's sequence of offers, and applying the concession assumption, which states that negotiators usually decrease their offer utilities as time passes in order to find a deal. Simple experiments show that the technique can find the correct class after very few offers and can select a preference relation that is likely...
We describe an approach for learning the model of the opponent in spatio-temporal negotiation. We us...
This paper presents a statistical learning approach to predicting people’s bidding behavior in negot...
For a successful automated negotiation, a vital issue is how well the agent can learn the latent pre...
We present a classification method for learning an opponent's preferences during a bilateral multi-i...
In this paper, we show that it is nonetheless possible to construct an opponent model, i.e. a model ...
In this paper, we show that it is nonetheless possible to construct an opponent model, i.e. a model ...
In multi-issue negotiation, agents\u27 preferences are extremely important factors for reaching mutu...
An agent engaged in multi-issue automated negotiation can benefit greatly from learning about its op...
In multi-agent systems, most of the time, an agent does not have complete information about the pref...
Abstract — Information about the opponent is essential to improve automated negotiation strategies f...
Classical negotiation models are weak in supporting real-world business negotiations because these m...
In large multi-agent systems, individual agents often have conflicting goals, but are dependent on e...
In large multi-agent systems, individual agents often have conflicting goals, but are dependent on e...
A negotiation between agents is typically an incomplete information game, where the agents initially...
In this paper, we describe an approach by which one agent may infer the categorical preference struc...
We describe an approach for learning the model of the opponent in spatio-temporal negotiation. We us...
This paper presents a statistical learning approach to predicting people’s bidding behavior in negot...
For a successful automated negotiation, a vital issue is how well the agent can learn the latent pre...
We present a classification method for learning an opponent's preferences during a bilateral multi-i...
In this paper, we show that it is nonetheless possible to construct an opponent model, i.e. a model ...
In this paper, we show that it is nonetheless possible to construct an opponent model, i.e. a model ...
In multi-issue negotiation, agents\u27 preferences are extremely important factors for reaching mutu...
An agent engaged in multi-issue automated negotiation can benefit greatly from learning about its op...
In multi-agent systems, most of the time, an agent does not have complete information about the pref...
Abstract — Information about the opponent is essential to improve automated negotiation strategies f...
Classical negotiation models are weak in supporting real-world business negotiations because these m...
In large multi-agent systems, individual agents often have conflicting goals, but are dependent on e...
In large multi-agent systems, individual agents often have conflicting goals, but are dependent on e...
A negotiation between agents is typically an incomplete information game, where the agents initially...
In this paper, we describe an approach by which one agent may infer the categorical preference struc...
We describe an approach for learning the model of the opponent in spatio-temporal negotiation. We us...
This paper presents a statistical learning approach to predicting people’s bidding behavior in negot...
For a successful automated negotiation, a vital issue is how well the agent can learn the latent pre...