Special Sessions

The session involves the contributions related to the simulation applications investigating the operation within transportation and logistic systems. All kinds of transportation and logistic systems are within the scope of this session (e.g. railways, urban transport, intermodal terminals, harbours, factory sidings etc.).

Abstract: Many applications in simulation or control involve a nonlinear model capable of learning. Such model is frequently represented by a neural network with predefined topology such as Multi-layered Perceptron. Data produced during the simulation are used to train the model. Changing environment, dynamic processes or a priori unknown problem complexity pose a threat to the model. Its fixed topology can be a limitation preventing us to train reliable, unbiased model with good generalization properties. More efficient approach is to construct a model with the topology adapted to the problem, which is being solved. Identified complexity of the model should reflect the complexity of the problem. Recently, several techniques based on self-organization of neural network structure and also optimization of its parameters (weights, biases and coefficients) has been introduced. Namely techniques of neural network synthesis using cellular encoding, hybrid nature inspired optimization methods, genetic programming and similar approaches will be central topics of the workshop. An alternative approach, where topology of models is adapted during learning is called inductive modeling, the GMDH or self-organizing modeling. The workshop will be focused namely (but not only) towards applications of inductive models and neural networks in control and simulation.

Abstract: Modelling and simulation have become a very strong tool for understanding and solving problems also in the field of medicine and pharmacy. In this situation, it makes sense to discuss the approaches and diversity of methods and tools which have proved to be important for learning, studying epidemiology, natural course of the diseases and effects of the treatment. Do not hesitate to contact us if you have any doubts regarding the integration of your work in our session.

Abstract: M&S represent an unavoidable part of every control, coordination and supervision projects. So the session should contain the papers dealing with M&S phase of the mentioned studies showing also the outputs of the resulting control structures.

Abstract: Modelling and simulation provide efficient tools to be used in control and diagnosis of water treatment processes. The papers can handle mechanistic, data-driven and intelligent modelling or hybrid combinations of several kinds of models to be used for simulation, monitoring, control and diagnostics. Detection of operating conditions and model-based control applications suit well to this session.

Abstract: Modelling and simulation activities, that support engineering of environmentally clean and safely operating power plants, are emphasized. Both nuclear and combustion power plants are in focus: GEN4 plant concepts, power level upgrades, life time extensions, DCS renewals, OTS renewals, safety analysis, containment models, separate phase flows, non-condensable gases, CCS concepts, oxygen production, bio fuels, fluidised beds, flue gas cleaning, CO2 separation, and CHP production.

Abstract:The session is organized by a project group working on the project “Airport2030” founded by the German “Excellenzinitiative” and the Bundesland Hamburg on scenarios of transportation in future. Special interest is the optimization of the transport chain from door to door with main respect on airport logistics in the range from passenger information to handling of flights. The project deals with definition of scenarios, optimization and goal functions, multicriterial problems on the theoretical side and with problems of model coupling, multiscale models and visualization on the more practical side. People working on similar problems are invited to present their work, their problems and their solutions!

Abstract:The session is organized by the German ASIM working group on environmental modeling and simulation and will give an overview on the topics of this group that are: methodological and mathematical aspects of modeling and simulation in the area of environmental applications, tools for environmental modeling and simulation, GIS-based models, modeling indicators for environmental quality, interpretation of environmental data. With this special section the group will get into a closer contact to other people working on these or similar topics, thus we invite all interested parties to submit an abstract!

Abstract: Physical Modelling is a fast-growing area of modelling and simulation that provides a structured, computer-supported way of doing mathematical equation-based and graphical modelling. With a fast increasing amount of software providers as well as users Physical Modelling is becoming the state-of- the-art for object-oriented component-based modelling of complex physical systems and – in combination with advanced control modelling – it opens a new area in modelling a simulation, allowing e.g. model exchange at a high level. The EUROSIM 2010 Special Session Physical Modelling, Control and Model Exchange addresses any kind of contribution dealing with development of Physical Modelling and with Physical Modelling in the context with Control Modelling and Model Exchange. The subjects may range from Modelica Modelling in practice and theory via hybrid structures in physical modelling until real-time problems in Physical Modelling and modelling libraries.

Review process: Each contribution will be reviewed by at least two reviewers.

Detailed description: phys_modelling.pdf

Abstract: As the field of modelling and simulation matures, a wider uptake of advanced and alternative approaches for modelling and simulation and a comparison with classical techniques have become a big need. The EUROSIM 2010 Special Session Advanced and Comparative Approaches in Modelling and Simulation addresses any kind of advanced approaches and comparative approaches, within a specific application/project, within an application area, or by means of general comparisons and benchmarking. In the following a (incomplete) list of modelling methods is given, whereby this session should discuss advanced approaches and developments within a method or by combining methods: Classical ODE and DAE modelling, PDE Modelling (and different algorithms for solving, e.g. FEM), Cellular Automata, DEVS Systems, Queuing Models, Agent-based models. Markov Chains, Neural Nets, Fuzzy Systems, etc.

Detailed description: adv_comp_modelling.pdf

Abstract: Academic courses on Modeling and Simulation are offered by many universities and simulation companies all over Europe. The concepts and contents of these courses are quite different because aims, application fields, origin of the audience, utilized tools or the course duration is different. In this situation, it makes sense to discuss the developed concepts, compare different approaches, exchange tools and materials for education. Simulation tools can also be of great benefit for teaching in other scientific areas.

Contributions to this EUROSIM 2010 Special Session on Education in Simulation / Simulation in Education are welcome dealing with: general educational concepts in modelling and simulation, teaching systems modelling, fruitful demonstration examples, short projects for students, tools for education, curricular aspects, academic programs, E-Learning in the modelling and simulation field, simulation tools in education, simulation tools in E-learning, integration of simulation tools in academic courses.