Agent-based Inter-organizational Systems in Advanced Logistics Operations Defended on Friday, 30 June 2017

“Agent-based Inter-organizational Systems (ABIOS) in Advanced Logistics Operations” explores the concepts, the design, and the role and impact of agent-based systems to improve coordination and performance of logistics operations.  The dissertation consists of one conceptual study and three empirical studies.  The empirical studies apply various research methods such as a multiple-case study research, coordination mechanism design, and predictive analytics using big data.  The conceptual study presents a theoretical exploration and synthesis explaining the demand for inter-organizational systems (IOS) and the corresponding IOS functionalities.  The first empirical study presents a multiple-case study exploring real-life ABIOS implementations in the warehousing and transportation business.  The second empirical study provides an auction based coordination mechanism design for the container’s pick-up/delivery appointment reservation problem that involves the seaports and drayage operators.   The third empirical study presents a seaport service rate prediction system that could help drayage operators to improve their predictions of the duration of the pick-up/delivery operations at a seaport by using the subordinate trucks’ trajectory data.  Based on these studies, the dissertation offers new insights on the role of inter-organizational systems in mitigating coordination equivocality and uncertainties; the interplay among the ABIOS applications, required structural adjustments, and the potential of business performance improvement opportunities; and the development of two ABIOS prototypes: an auction based coordination mechanism and a predictive analytics application based on big data.


Agent-based technology, Inter-organizational systems, Advanced logistics operations, Artificial Intelligence, Coordination, Coordination mechanism design, Business networks performance, Big Data, Predictive analytics, Business intelligence, Enterprise information systems, Logistics information systems

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