The steady increase in Internet access and the development of Electronic Commerce are giving rise to a number of trading networks on the global Internet. Electronic brokerage, envisioning brokers acting on customers' behalf to locate required products and services at the best available price, is a promising technique to solve a specific problem of electronic commerce business relations, i.e. the identification of the goods and services satisfying the user requirements to the highest possible degree. In this paper we describe a electronic brokerage system based on an Human Centered Virtual Machine (HCVM). HCVM layered architecture allows the broker to proceed seamlessly from the user's vision of the market, based on a nominal scale, to ordinal and interval based representations suitable for intelligent search agents. Moreover, it ensures applicability to a wide range of application domains.
A human centered agent-based architecture for electronic brokerage / E. Damiani, R. Khosla - In: SAC '99 : Proceedings / [a cura di] C. Janice. - New York : ACM, 1999. - ISBN 1581130864. - pp. 243-249 (( Intervento presentato al 14. convegno Symposium on Applied Computing tenutosi a San Antonio nel 1999 [10.1145/298151.298340].
A human centered agent-based architecture for electronic brokerage
E. DamianiPrimo
;
1999
Abstract
The steady increase in Internet access and the development of Electronic Commerce are giving rise to a number of trading networks on the global Internet. Electronic brokerage, envisioning brokers acting on customers' behalf to locate required products and services at the best available price, is a promising technique to solve a specific problem of electronic commerce business relations, i.e. the identification of the goods and services satisfying the user requirements to the highest possible degree. In this paper we describe a electronic brokerage system based on an Human Centered Virtual Machine (HCVM). HCVM layered architecture allows the broker to proceed seamlessly from the user's vision of the market, based on a nominal scale, to ordinal and interval based representations suitable for intelligent search agents. Moreover, it ensures applicability to a wide range of application domains.File | Dimensione | Formato | |
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