Modeling and Coordination of Dynamic Supply Networks
Petr Fiala
Abstract
Petr Fiala
Abstract
The chapter is devoted to modeling and analysis of supply systems. Supply chain management is more and more affected by network and dynamic business environment. In supply chain behavior there are inefficiencies. Coordination and cooperation can significantly improve the efficiency of supply networks. There are some approaches to model and analyze the supply dynamics. Important features of this environment are established in the proposed approach. The combination of network structure modeling and simulation of dynamic behavior of units in supply network can be a powerful instrument of performance analysis of supply networks. The problem of coordination in dynamic supply networks involves multiple units with multiple goals. Multicriteria analysis of supply network performance includes such criteria as quantity, quality, time, cost, and profit. Simulation approach is an appropriate tool for prediction of real supply situation.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
The chapter is devoted to modeling and analysis of supply systems. Supply chain management is more and more affected by network and dynamic business environment. In supply chain behavior there are inefficiencies. Coordination and cooperation can significantly improve the efficiency of supply networks. There are some approaches to model and analyze the supply dynamics. Important features of this environment are established in the proposed approach. The combination of network structure modeling and simulation of dynamic behavior of units in supply network can be a powerful instrument of performance analysis of supply networks. The problem of coordination in dynamic supply networks involves multiple units with multiple goals. Multicriteria analysis of supply network performance includes such criteria as quantity, quality, time, cost, and profit. Simulation approach is an appropriate tool for prediction of real supply situation.
Key concepts: Supply chain, Supply network, Service management, Profit (economics), Computer science, System dynamics, Supply chain network, Quality (philosophy)