Anylogic software training

Course objectives

Simulation theory & Modelling methodology

• Simulation Techniques
• System dynamics
• Discrete event (flowchart simulation)
• Agent based simulation
• Dynamic systems
• Relationships between approaches and when to use

Steps to a successful Simulation Study

• Anyogic foundation technology overview [presentation]
• Anylogic Model structure
• Discrete behavior
• Continuous behavior
• Time and event processing in discrete models and hybrid discrete/continuous models
• Stochastic and deterministic modeling, seed, reproducible simulations
• AnyLogic Java API and its most frequently used functions
• Animation principles, 2D and 3D animation, importing graphics
• Optimization with OptQuestTM

• System Dynamics Modeling in AnyLogic
  • SD applications: when and where to use SD
  • Stock and Flow diagrams
  • Lookup tables and delays
  • Multi-dimensional data: arrays(subscripts); operations on arrays

• Agent Based Modeling in AnyLogic [presentation]
  • AB modeling applications: when and where to use AB
  • Active objects as agents
  • Defining, creating and destroying agents
  • Defining environment model
  • Agent-to-environment communication
  • Agent-to-agent communication
  • Agent behavior and interface
  • Synchronous and asynchronous agents
  • Spatial awareness and mobility of agents

• 'Discrete Event' Modeling in AnyLogic [presentation]
  • DE modeling applications: when and where to use DE
  • AnyLogic Enterprise Library - a 'vertical' solution for DE modeling
  • Flowcharts, flowchart objects (blocks) and entities
  • Standard objects of the Enterprise Library
  • Typical flowchart object: interface, input/output policies, behavior, flow rules
  • Entities and Resources
  • Activity Based Costing
  • Dynamic parameters, custom Java fragments and their role in AnyLogic DE models
  • Hierarchical DE modeling
  • Advanced transportation modeling framework
  • Combining DE with other approaches
  • Material Flow Library
  • DE model using advanced transportation framework

• Dynamic Systems Modeling AnyLogic [presentation]
  • Fundamentals of DS modeling in AnyLogic
  • Variable, equations and formulas; algebraic loops
  • Matrixes
  • Hybrid statecharts
  • Dynamic Systems Library

• Statistical Reporting
  • Verification and validation of models
  • Experimentation Frameworks
  • Model and result presentation

Location & Extracurricular Activities

Courses are held locally to our offices - contact Saker for specific date/location details. We can recommend local accomodation at very reasonable rates and with excellent facilities and nearby attractions.

Meals and Attire

Saker Solutions will provide lunches during the training course. All other meals are the attendee's responsibility. If you have special dietary requirements please contact Saker Solutions prior to the course and we will do our very best to accommodate you. Casual dress is normal practice.

Course Hours

Class meets each day from 9:00 AM to 4:30 PM with a 1 hour lunch break.

To discuss your training requirements further contact us at training@sakersolutions.com, or by calling 01789 762255.

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