Paper Type
Complete Research Paper
Description
Discrete event simulation is a widely established approach in research on supply chain structures. However, discrete event simulation is rarely used within the context of environmental sustainability. A conceptual framework is suggested to discuss the valu of discrete event simulation in Green IS research. The content of the framework is based on a systematic literature review and the structure builds upon the belief-action-outcome model. The framework contains research issus for the use of discrete event simulation in Green IS research and illustrates the causal relations between organizational, social and physical structures, individual objects as well as the outcomes in their interaction. A methodological toolkit is included to provide a starting point for the development of suitable research methodologies within the field. Du to the interdisciplinary approach of this work, the framework may be restrictive in its view on information systems. Therefore, the results do not claim to be deterministic or constrictive. Scientists and practitioners are encouraged to enter the discourse on discrete event simulation to enhance Green IS research.
ON THE USE OF DISCRETE EVENT SIMULATION IN GREEN IS RESEARCH - DEVELOPING A CONCEPTUAL FRAMEWORK
Discrete event simulation is a widely established approach in research on supply chain structures. However, discrete event simulation is rarely used within the context of environmental sustainability. A conceptual framework is suggested to discuss the valu of discrete event simulation in Green IS research. The content of the framework is based on a systematic literature review and the structure builds upon the belief-action-outcome model. The framework contains research issus for the use of discrete event simulation in Green IS research and illustrates the causal relations between organizational, social and physical structures, individual objects as well as the outcomes in their interaction. A methodological toolkit is included to provide a starting point for the development of suitable research methodologies within the field. Du to the interdisciplinary approach of this work, the framework may be restrictive in its view on information systems. Therefore, the results do not claim to be deterministic or constrictive. Scientists and practitioners are encouraged to enter the discourse on discrete event simulation to enhance Green IS research.