1. Modelling and Simulation project Modelling of a Railway System in Anylogic Martin Krahulík martin.krahulik@mail.mcgill.ca

2. Project goals Implementation of personalized railway system in XJ Technologies AnyLogic Implementation of personalized railway system in XJ Technologies AnyLogic Cars are delivered up on passengers’ request Cars are delivered up on passengers’ request If terminal does not contain car, it is requested from other terminals If terminal does not contain car, it is requested from other terminals Cars stay at terminal for limited time (90s) Cars stay at terminal for limited time (90s) Limitations from safety of transport Limitations from safety of transport

3. Modelling tool Support of multiple modelling styles Support of multiple modelling styles Active resources, passive participants Active resources, passive participants Active agents Active agents Operations specified by statecharts Operations specified by statecharts Transitions evoked by Transitions evoked by Timeouts and timers expirations Timeouts and timers expirations Signal (event) Signal (event) Change of condition Change of condition

4. Project design (1/2) Combination of simulation styles Combination of simulation styles Active resources (terminals) Active resources (terminals) Active agents (cars) Active agents (cars) Passive participants (passengers) Passive participants (passengers) Terminals and cars interact by messages exchange Terminals and cars interact by messages exchange Passengers are represented by messages Passengers are represented by messages

5. Project design (2/2) Car approaching to terminal Car leaving terminal

6. Inner logic

7. Thank you for your attention