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We study a new dynamic order acceptance and assignment problem of a make-to-order manufacturing or service system that produces heterogeneous products or services using heterogeneous servers. Unlike traditional dynamic order [...]

ABSTRACT This study investigates the issue of pricing and innovation for technology-intensive products when there are overlapping introductions of successive generations with rapid technological improvements. The goal of the research [...]

Information technology (IT) has been the driver of increased productivity in the manufacturing and service sectors, bringing real-time information to decision makers and process owners to improve process behavior and […]

The printed circuit board manufacturing has a series of optimization problems needing to be formulated and solved together in order to acquire increase in production. The effectiveness of the integrated approach is discussed with extensive computational experiments.

An extended Wagner-Whitin model is used to solve single-item lot-sizing problem with lost sales.

Study conducted on the flow assignment problem in fibre optic based Asynchronous transfer mode networks is presented.

This paper proposes a modified approach for analyzing and presenting the value generation, capture, and distribution from organizational adoption of new technologies. The focal technology used is emotion detection, and technical approaches and possibilities as well as some of the inherent challenges and limitations are briefly described. For this technology potential, a novel framework for value generation, capture, and distribution is developed using a design science approach. The framework allows organizations to select appropriate adoption areas and derive methods for risk and problem mitigation. This framework is then demonstrated within the selected setting of emotion detection capabilities. [ABSTRACT FROM AUTHOR]