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Integration aspects of autonomous control in event logistics

Harjes F., Scholz-Reiter B.

Research in Logistics & Production

2014

Vol. 4, No. 1

5--20

The disposition of rental articles constitutes a complex logistic problem. In general, those articles circulate in closed logistic systems and their order-oriented transport between different hubs within the network defines a variety of the Traveling-Salesman-Problem (TSP). As the complexity of this problem class grows with the number of parameters involved, resolving the TSP is a challenging task in daily business. This is especially the case in the field of event logistics, a business area, which extends the common problems related to rental articles with a dynamically changing logistic system. This paper addresses the application of methods from the field of autonomous control for the disposition of rental articles in event logistics with a special focus on the integration aspects. As information transparency is an indispensable requirement for the application of autonomous control, the provision of the corresponding hardware for identification, positioning and communication purposes is the first emphasis. The second is the design and integration of the related agent-based disposition software within the typical software landscape of a company. A small enterprise from the relevant business field serves as an example for the integration proceeding.

Agent-based disposition in event logistics

Harjes F., Scholz-Reiter B.

Research in Logistics & Production

2013

Vol. 3, No. 2

137--150

The scheduling of orders and disposition of related rental articles in event logistics constitutes a complex and dynamic logistic problem. Varying venues, close temporal relations bet-ween consecutive events and additional effects, such as rush orders, thefts, damaged articles or misloadings, complicate the planning processes. Therefore, established planning and control sy-stems often reach their limits. The principle of autonomous control offers the potential to cope with these problems. This paper presents preliminary results from a research project that addresses the de-velopment of an autonomously controlled disposition system in event logistics based on soft-ware agents. At this, the focus lies on the design of the target process and the modelling of the corres-ponding logistic objects as autonomous agents within the system. A use case illustrates the proceeding.