Modeling of Decentralized Service Systems in Automation Technologies
MATHMOD 2009, February 11-13, Vienna University of Technology
- Plenary Lectures
- Control Systems
- Discrete Systems and Manufacturing
- Robotics - Applications, Tools
- Circulating Fluidized Beds
- Control of Dynamical Systems
- Traffic and Transportation Systems, Guidance
- Agent-based and Alternative Modelling Techniques
- Computational Modeling and Simulation in Multi-Modal Transportation
- Modelling Methods, Theory and Tools
- Modeling and Simulation in Systems Biology
- Mathematical Models and their Correspondence to the Physical Reality
- Nonlinear Oscillations
- Modelling the Swarm
- Modelling, Analysis and Control of Distributed Parameter Systems
- Modelling and Simulation of Biological Water Treatment
- Selected Examples in Biomechanical Modelling and Simulation
- Carbon Capture and Storage
- Meeting With IT Advances in Modeling and Simulation Tool Developments
- Environmental Systems and Processes
- Numerical Methods and Algorithms
- Advances in Model Order Reduction
- Object-oriented Modelling and Simulation
- Mathematical Modelling and Control of Chemical and Bio-chemical Processes
- Process Engineering
- Discrete and Hybrid Simulation: Methodologies, Techniques and Applications
- Biology, Physiology, Medicine
- Electrical/Electronic Engineering and Communication
- Mechatronics - Applications, Modelling, Tools
- Fuzzy Systems - Modelling and Applications
- Modelling, Simulation and System Dynamics through E-Learning
- Stochastic Modelling
- Modelling in Economics and Finance
- Modelling in Physics and Natural Sciences
- Computational Micromagnetics
- Tools for Modelling of Reaction Systems
- Numerics of Ordinary Differential Equations with Uncertainties
- Modelling of Fuel Cells and Chemical Engineering Applications
- Modeling of Decentralized Service Systems in Automation Technologies
- Numerical Methods in Quantum Simulations
- Short Paper