INTER‐INDUSTRY SYSTEMS

Syllabus

Inter‐industrial structures and production sectors. Product and Raw Material Supply Network Analysis for multi sector systems. Equilibrium/Balance Modeling and the impact of production development strategies. Leontief models and system analysis. Dynamic growth development models. Production Optimization. Growth rate control. Leontief models with environmental constraints. Leontief models with natural resources constraints. Optimal control with static and dynamic constraints. Centralized Control. Distributed Control and Competition. Nash approach in industrial cyber‐physical systems. Identification of production factors and Estimation of production outputs through Observer Design. Multi‐Sector and Multi‐Region Inter‐Industry Production Systems. Applications in single sector factories in different regions.

Learning Outcomes

Aim of the course is to familiarize students: with the dynamic inter-industry descriptions (analyzed in productive sectors), with the development of dynamic balance/equilibrium descriptions (using Leontief models), with the development of Leontief models (including dynamic or static constraints on the inventory). Moreover, the course aims to familiarize students with Nash equilibrium in industrial systems, and with the design of tools for estimating unmeasurable outcomes. Upon successful completion of the course, students will be able to:

• Describe complex inter-industrial problems, using dynamic Leontief models,
• Use analytical dynamic models to optimize industrial production,
• Determine optimal production options, based on the dynamics of inter-industry systems
• Estimate and predict potential undesirable situations that inter-industry systems may encounter.
   

For the outline of the course press here.