Author: | Ilona Murynets | ISBN: | 9789814452076 |
Publisher: | World Scientific Publishing Company | Publication: | January 13, 2012 |
Imprint: | WSPC | Language: | English |
Author: | Ilona Murynets |
ISBN: | 9789814452076 |
Publisher: | World Scientific Publishing Company |
Publication: | January 13, 2012 |
Imprint: | WSPC |
Language: | English |
Over the past decade, innovative technologies have resulted in an extensive growth of new services. Each new service requires a number of management and marketing decisions to be made well in advance of its launch and throughout its entire life cycle.
This book develops mathematical models to facilitate decision-making dealing with technologically innovative services. Specifically, it develops (i) models for optimal pricing strategies of subscription services on monopolistic and duopolistic markets; (ii) an analytical model for optimal investment and optimal pricing strategies for innovative maintenance service contracts; and (iii) a model for targeting customers in marketing campaigns. In addition, the models (i)–(iii) can also be used to forecast an aggregate demand for a new service as well as the service demand for each individual customer.
Contents:
Readership: Professionals, academics and graduate students in operations management, systems engineering, optimization & control theory, and mathematical modeling.
Key Features:
Over the past decade, innovative technologies have resulted in an extensive growth of new services. Each new service requires a number of management and marketing decisions to be made well in advance of its launch and throughout its entire life cycle.
This book develops mathematical models to facilitate decision-making dealing with technologically innovative services. Specifically, it develops (i) models for optimal pricing strategies of subscription services on monopolistic and duopolistic markets; (ii) an analytical model for optimal investment and optimal pricing strategies for innovative maintenance service contracts; and (iii) a model for targeting customers in marketing campaigns. In addition, the models (i)–(iii) can also be used to forecast an aggregate demand for a new service as well as the service demand for each individual customer.
Contents:
Readership: Professionals, academics and graduate students in operations management, systems engineering, optimization & control theory, and mathematical modeling.
Key Features: