PPT-An Introduction to Statecharts Modelling and Simulation

Simon Van Mierlo simonvanmierlouantwerpenbe Hans Vangheluwe hansvangheluweuantwerpenbe Complex Systems Complexity timed autonomous reactive to events behaviour In contrast to . 00 1997 IEEE July 1997 31 Executable Object Modeling with Statecharts odels for the development of objectoriented systems should be behaviorally expressive and rigorous as well as intuitive and well structured Thus any modeling By: David Harel & Eran Grey. Presenter: Elizabeth Antony. CISC 836. Models. Desirable properties of Models. Models for the development of Object Oriented System should be:. Behaviorally expressive. The lecture contains material from . Lothar. Thiele, ETH Zurich. 2. Kai Lampka. Processing system . are . everywhere . and they are highly . inter-connected. ABS. gear box. motor control. climate control. Name: _______________________________. TG: _________. Class: ____________________. When you see the POP symbol it means you have a chance to get to the next NC level and the teacher will be checking your work for progress.. Dr. . Feng Gu. Weather Prediction Example. Possible models to predict the weather tomorrow. . 1. Mystery-based models . (e.g., whenever my right eyelid twitches, it is going to rain tomorrow) . Chapter 8. Asfia Rahman . 1. Model. A model is a computer representation of a real-world process. . A . model is created through mathematical analysis oi the real-world process. .. Modelling . software is used to create a model. . Simulation can be used to analyze a . wide variety . of problems.. The applications can . be grouped into four general . areas:. Operations models. Financial models. Marketing models. Games of chance. Tonight's agenda . Our focus is always somewhere else. A Secure Development Lifecycle?. Threat Modelling. Taking it in your STRIDE. How . to get everyone involved. How to win at Poker. Q & A. Fin. Centre for Fire and Explosion Studies. School of Mechanical and Automotive Engineering, Kingston University London. Centre for Fire and Explosion Studies. A. . Heidari. and J.X. . Wen. Detonation. . Dr Linda Bird. 2. nd. – 4. th. December 2012. Meeting Goals. Finalise draft CIMI Laboratory Results Report . mindmaps. Update CIMI Laboratory Results Report . ADL 1.5. Drafts prepared by Tom & Ian. Dr Linda Bird. 26. th. June 2013. Agenda. Background. CIMI . Modelling. Approach. CIMI . Modelling. . Foundations. CIMI . Modelling. Methodology. Future Work. Tomorrow. :. Terminology Binding. background. Barotse. floodplain, Zambia. . Tom Willis. 1. , Mark Smith. 1. , Donall Cross. 2. , Andrew Hardy. 3. , Georgina Ettritch. 3. , Happiness Malawo. 4. , . Mweemba. Sinkombo. 4. , Cosmas Chalo. 4. , Elizabeth Mroz. Issy . Codron. , University of Exeter. Stefan Kraus, Tyler Gardner, . Sorabh. Chhabra, Daniel Mortimer, Owain Snaith, Yi Lu. John Monnier, Antoine . Mérand. , and MIRC-X/MYSTIC Team. Disc Misalignments & Modelling the Inner AU of HD 143006. carbon steel sheets . Synopsis:. In the previous. study, a 3D finite element (FE) simulation model had been developed to evaluate the coil-break distributions during uncoiling of fully annealed low carbon steel sheets. An anti-coil break (ACB) roll was applied to the top location of the coil in the simulation to minimize the degree of coil break formed along the top surface. Since the contact zone between the ACB roll and the coil is a straight line across the sheet (or edge-to-surface contact), the tool rigid surface tends to penetrate into the deformable shell elements of the coil, particularly when the ACB applied load is increased, leading to the convergence problem and increase in noise level of the simulated results. The ACB roll had been modelled as a discrete rigid surface to .