Large Scale Systems: Theory and Applications 2001

The ninth IFAC Symposium on Large Scale Systems considered the need to overhaul thinking on many aspects of modelling and controlling large, complex, man-made systems. The symposium proceedings contains a total of 192 interdisciplinary papers.

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This volume contains the papers presented at the 9th IFAC Symposium on Large Scale Systems: Theory and Applications (LSS 2001), held in Bucharest, Romania, 18-20 July 2001. Its aim was to address the control aspects of those industrial, economic, social and environmental systems whose characteristics are high dimensionality, non-linearity and uncertainty, associated with a multitude of structural forms, with intense and time critical information exchange and efficient co-ordination. The symposium covered all major aspects of large scale, complex systems including methodological aspects, technological solutions and practical applications. The symposium struck a balance between the technical sessions addressing methodological aspects and those devoted to practical applications. Several invited sessions were organised, including papers from leading world experts. The papers are ordered in accordance with the technical sessions. Session topics include methodology and application fields, traditional to this Symposium series.
Topics covered include the following: modelling and model reduction; decentralized control and estimation; hierarchical control; intelligent and fuzzy control; nonlinear dynamics in complex systems; complex systems theory and analysis; water, gas, power systems; large scale CIMs and production planning and scheduling; communication and information systems; transportation systems; modelling and control of wastewater treatment plants and societal systems modelling, planning and management. In addition, several less traditional session topics are included in the technical programme, such as decision support systems and risk and governance in large-scale systems. More recent issues, such as risk management and human decision in large-scale systems, were well received by the symposium participants and provide an extra dimension to volume.