A SITUATION CALCULUS BASED APPROACH TO DYNAMIC MANAGEMENT OF E-BUSINESS SERVICES

In the era of e-businesses, the traditional business services are greatly challenged by the ever-increasing demands from customers with various backgrounds and personalities. Large numbers of new e-businesses are driven by the needs of customers. The existing dynamics inherent in the customer needs require the corresponding dynamic management of services. Attempting to respond to customers in a rapid and intelligent way, this paper proposes a situation calculus based approach for dynamically managing e-Business services in the ubiquitous environment. By employing the formalism of the situation calculus to enable intelligence and automation, the approach can implement the functions of service automatic composition and model verification. These functions will improve the degree of customer-orientation and enable fast responsiveness in the emerging e-service systems.

作 者： Bing LI Junichi IIJIMA   作者單位： Graduate School of Decision Science and Technology, Tokyo Institute of Technology Meguro, Tokyo, 152-8550, Japan  刊 名： 系統(tǒng)科學(xué)與系統(tǒng)工程學(xué)報(bào)（英文版）  英文刊名： JOURNAL OF SYSTEMS SCIENCE AND SYSTEMS ENGINEERING  年，卷(期)： 2007 16(3)  分類號(hào)： N94  關(guān)鍵詞： Dynamic management   e-Business service   situation calculus  

【A SITUATION CALCULUS BASED APPROACH 】相關(guān)文章：

Approach to Generalized Synchronization with Application to Chaos-Based Secure Communication04-27

Series-based approximate approach of optimal tracking control for nonlinear systems with time-delay04-26

Adapting Non-Task-Based Materials to Fit a Task-Based Framework04-27

Constructions: A new theoretical approach to language04-26

Physically based simulation of Buddha Glory04-26

Temperature and precipitation in Mongolia based on dendroclimatic investigations04-27

Occupant evacuation model based on cellular automata in fire04-27

Considerations in Applying the General Equilibrium Approach to Environmental Health Assessment04-25

Weight measurement using image-based pose analysis04-26

Adaptive Impedance-controlled Manipulator Based on Collision Detection04-26