We present an agent-oriented approach to the meeting scheduling problem and propose an incremental negotiation scheme that makes use of a hierarchical structure of an individual agent\u27s working knowledge. First, we formalise the meeting scheduling problem in a multi-agent context, then elaborate on the design of a common agent architecture of all agents in the system. As a result, each agent becomes a modularised computing unit yet possesses high autonomy and robust interface with other agents. The system reserves the meeting participants\u27 privacy since there are no agents with dominant roles, and agents can communicate at an abstract level in their hierarchical structures<br /
Indexing terms: multi-agent systems, distributed meeting scheduling. This letter describes the desig...
We introduce the Multiagent Agreement Problem (MAP) to represent a class of multiagent scheduling pr...
AbstractNegotiation is a general mechanism for reaching an agreement that involves multiple individu...
This paper presents a set of negotiation protocols among agents in order to schedule a meeting. The ...
Abstract:- In this paper, we present the design and implementation of a distributed multi agent meet...
AbstractNegotiation is a general mechanism for reaching an agreement that involves multiple individu...
In this paper, we present methods for improving problems in group decision-making and implement a me...
AbstractElectronic calendars are important tools that are used by consumers on a daily basis. Howeve...
This thesis deals with the complexities of designing a distributed multi-agent system capable of aut...
This work presents a set of protocols for scheduling a meeting among agents that represent their res...
In this paper, we propose a Multi-Agent Agenda-scheduling System. In our daily life, meeting schedul...
This letter describes the design and implementation of a distributed meeting scheduling system in wh...
In this paper we explore opportunities for learning in Multi-Agent Meeting Scheduling. We view this...
We view meeting scheduling as a distributed task where each agent knows its user's preferences ...
We introduce the Multiagent Agreement Problem (MAP) to represent a class of multiagent scheduling pr...
Indexing terms: multi-agent systems, distributed meeting scheduling. This letter describes the desig...
We introduce the Multiagent Agreement Problem (MAP) to represent a class of multiagent scheduling pr...
AbstractNegotiation is a general mechanism for reaching an agreement that involves multiple individu...
This paper presents a set of negotiation protocols among agents in order to schedule a meeting. The ...
Abstract:- In this paper, we present the design and implementation of a distributed multi agent meet...
AbstractNegotiation is a general mechanism for reaching an agreement that involves multiple individu...
In this paper, we present methods for improving problems in group decision-making and implement a me...
AbstractElectronic calendars are important tools that are used by consumers on a daily basis. Howeve...
This thesis deals with the complexities of designing a distributed multi-agent system capable of aut...
This work presents a set of protocols for scheduling a meeting among agents that represent their res...
In this paper, we propose a Multi-Agent Agenda-scheduling System. In our daily life, meeting schedul...
This letter describes the design and implementation of a distributed meeting scheduling system in wh...
In this paper we explore opportunities for learning in Multi-Agent Meeting Scheduling. We view this...
We view meeting scheduling as a distributed task where each agent knows its user's preferences ...
We introduce the Multiagent Agreement Problem (MAP) to represent a class of multiagent scheduling pr...
Indexing terms: multi-agent systems, distributed meeting scheduling. This letter describes the desig...
We introduce the Multiagent Agreement Problem (MAP) to represent a class of multiagent scheduling pr...
AbstractNegotiation is a general mechanism for reaching an agreement that involves multiple individu...