AbstractThe use of software agents for automatic contract negotiation in e-commerce and e-trading environments has been the subject of considerable recent interest. A widely studied abstract model considers the setting in which a set of agents have some collection of resources shared out between them and attempt to construct a mutually beneficial optimal reallocation of these by trading resources. The simplest such trades are those in which a single agent transfers exactly one resource to another—so-called ‘one-resource-at-a-time’ or ‘O-contracts’. In this research note we consider the computational complexity of a number of natural decision problems in this setting
AbstractThis paper presents a computational method to organize agent-based E-commerce negotiations w...
The main economic-theoretic approaches to the problem of resource allocation make little if any refe...
This paper analyzes bilateral multi-issue negotiation between selfinterested autonomous agents. The ...
AbstractThe use of software agents for automatic contract negotiation in e-commerce and e-trading en...
In multiagent systems, computational agents search for and make contracts on behalf of the real worl...
The capability to reallocate items -- e.g. tasks, securities, bandwidth slices, Mega Watt hours of e...
The problem of constructing and analyzing systems of intelligent, autonomous agents is becoming more...
In this paper, a mathematical model with flexible negotiation strategies for agent based negotiation...
Complex Automated Negotiations represent an important, emerging area in the field of Autonomous Agen...
Negotiation is a process in which two or more parties with different criteria, constraints, and pref...
This paper analyzes bilateral multi-issue negotiation between self-interested autonomous agents. The...
Multi-agent systems, in which autonomous agents interact in flexible ways, are an important new appr...
Traditional negotiation, conducted face-to-face and via mail or telephone, is often difficult to man...
Negotiation is any process through which the players on their own try to reach an agreement. It is a...
Automated negotiation by software agents is a key enabling technology for agent mediated e-commerce....
AbstractThis paper presents a computational method to organize agent-based E-commerce negotiations w...
The main economic-theoretic approaches to the problem of resource allocation make little if any refe...
This paper analyzes bilateral multi-issue negotiation between selfinterested autonomous agents. The ...
AbstractThe use of software agents for automatic contract negotiation in e-commerce and e-trading en...
In multiagent systems, computational agents search for and make contracts on behalf of the real worl...
The capability to reallocate items -- e.g. tasks, securities, bandwidth slices, Mega Watt hours of e...
The problem of constructing and analyzing systems of intelligent, autonomous agents is becoming more...
In this paper, a mathematical model with flexible negotiation strategies for agent based negotiation...
Complex Automated Negotiations represent an important, emerging area in the field of Autonomous Agen...
Negotiation is a process in which two or more parties with different criteria, constraints, and pref...
This paper analyzes bilateral multi-issue negotiation between self-interested autonomous agents. The...
Multi-agent systems, in which autonomous agents interact in flexible ways, are an important new appr...
Traditional negotiation, conducted face-to-face and via mail or telephone, is often difficult to man...
Negotiation is any process through which the players on their own try to reach an agreement. It is a...
Automated negotiation by software agents is a key enabling technology for agent mediated e-commerce....
AbstractThis paper presents a computational method to organize agent-based E-commerce negotiations w...
The main economic-theoretic approaches to the problem of resource allocation make little if any refe...
This paper analyzes bilateral multi-issue negotiation between selfinterested autonomous agents. The ...