This paper presents a requirement-based bidding language for agent-based scheduling. The language allows agents to attach their valuations directly to scheduling performance requirements. Compared with general bidding languages, the proposed one reduces agents’ valuation and system’s communication complexities. In addition, it results in efficient winner determination problem models. Experimental results show that the requirement-based language exhibits superior winner determination performance in terms of problem-solving speed and scalability
Abstract. A large number of important applications are reducible to combinatorial models. Almost all...
We are interested in building intelligent, autonomous software agents that can relieve human users f...
Liquid bulk is one of the largest industries of the modern world, and efficient scheduling is needed...
Decentralized scheduling is one of the newly emerged avenues in scheduling research. It is concerned...
This paper presents a formulation and an algorithm for the winner determination problem in auction-b...
A market-based scheduling mechanism allocates resources indexed by time to alternative uses based on...
Abstract: Our paper presents an agent-based simulation environment for task scheduling in a distribu...
Abstract. We consider the problem of rational, self-interested, eco-nomic agents who must negotiate ...
This paper proposes a bid generation and evaluation scheme and an information model for real-time sc...
In this study a time based bidding framework is developed which is used for dispatching jobs to manu...
this article, we present market schemes and auction protocols for this very general resource allocat...
The ability to express preferences for specific tasks in multi-agent auctions is an important elemen...
In this paper, we study the service request (ticket) allocation problem which arises in every IT ser...
Query learning models from computational learning theory (CLT) can be adopted to perform elicitation...
Most existing methods for scheduling are based on centralized or hierarchical decision making using ...
Abstract. A large number of important applications are reducible to combinatorial models. Almost all...
We are interested in building intelligent, autonomous software agents that can relieve human users f...
Liquid bulk is one of the largest industries of the modern world, and efficient scheduling is needed...
Decentralized scheduling is one of the newly emerged avenues in scheduling research. It is concerned...
This paper presents a formulation and an algorithm for the winner determination problem in auction-b...
A market-based scheduling mechanism allocates resources indexed by time to alternative uses based on...
Abstract: Our paper presents an agent-based simulation environment for task scheduling in a distribu...
Abstract. We consider the problem of rational, self-interested, eco-nomic agents who must negotiate ...
This paper proposes a bid generation and evaluation scheme and an information model for real-time sc...
In this study a time based bidding framework is developed which is used for dispatching jobs to manu...
this article, we present market schemes and auction protocols for this very general resource allocat...
The ability to express preferences for specific tasks in multi-agent auctions is an important elemen...
In this paper, we study the service request (ticket) allocation problem which arises in every IT ser...
Query learning models from computational learning theory (CLT) can be adopted to perform elicitation...
Most existing methods for scheduling are based on centralized or hierarchical decision making using ...
Abstract. A large number of important applications are reducible to combinatorial models. Almost all...
We are interested in building intelligent, autonomous software agents that can relieve human users f...
Liquid bulk is one of the largest industries of the modern world, and efficient scheduling is needed...