This paper presents a decision theoretic framework that an autonomous agent can use to bid effectively across multiple, similtaneous auctions. Specifically our framework enables an agent to make rational decisions about purchasing multiple goods from a series of auctions that operate different protocols (we deal with the English, Dutch, First-Price Sealed Bid and Vickrey cases). The framework is then used to characterise the optimal decision that an agent should take. Finally, we develop a practical algorithm that provides a heuristic approximation to this ideal
This paper presents an approach to develop bidding agents that participate in multiple alternative ...
The increasing number of online auctions poses a big challenge to e-consumers, especially to those w...
As computational agents are developed for increasingly complicated e-commerce applications, the comp...
This paper presents a decision theoretic framework that an autonomous agent can use to bid effective...
Due to the proliferation of online auctions, there is an increasing need to monitor and bid in multi...
Due to the proliferation of online auctions, there is an increasing need to monitor and bid in multi...
... this paper reports on the development of a heuristic decision making framework that an autonomou...
Due to the proliferation of online auctions, there is an increasing need to monitor and bid in multi...
Online auctions are increasingly being used as a medium to procure goods and services. As the number...
This paper presents the design, implementation, and evaluation of a novel bidding algorithm that a s...
This paper presents an algorithm for decision-making where the buyer needs to procure one of possibl...
With the increasing role of electronic commerce in business applications, much attention is paid to ...
The increasing number of online auctions poses a big challenge to e-consumers, especially to those w...
Abstract. This paper investigates utility maximising bidding heuristics for agents that participate ...
This paper presents an algorithm for decision-making in multiple open ascending-price (English) auct...
This paper presents an approach to develop bidding agents that participate in multiple alternative ...
The increasing number of online auctions poses a big challenge to e-consumers, especially to those w...
As computational agents are developed for increasingly complicated e-commerce applications, the comp...
This paper presents a decision theoretic framework that an autonomous agent can use to bid effective...
Due to the proliferation of online auctions, there is an increasing need to monitor and bid in multi...
Due to the proliferation of online auctions, there is an increasing need to monitor and bid in multi...
... this paper reports on the development of a heuristic decision making framework that an autonomou...
Due to the proliferation of online auctions, there is an increasing need to monitor and bid in multi...
Online auctions are increasingly being used as a medium to procure goods and services. As the number...
This paper presents the design, implementation, and evaluation of a novel bidding algorithm that a s...
This paper presents an algorithm for decision-making where the buyer needs to procure one of possibl...
With the increasing role of electronic commerce in business applications, much attention is paid to ...
The increasing number of online auctions poses a big challenge to e-consumers, especially to those w...
Abstract. This paper investigates utility maximising bidding heuristics for agents that participate ...
This paper presents an algorithm for decision-making in multiple open ascending-price (English) auct...
This paper presents an approach to develop bidding agents that participate in multiple alternative ...
The increasing number of online auctions poses a big challenge to e-consumers, especially to those w...
As computational agents are developed for increasingly complicated e-commerce applications, the comp...