AnyLogic allows you to create complex dynamic models using standard SD graphical notation. There are many spheres where system dynamics simulation can be successfully applied - the range of SD applications includes business, urban, social, ecological types of systems. This document covers System Dynamics modeling approach. System Dynamics Bass Diffusion Model ĪnyLogic supports different modeling techniques. It can be opened whenever you like from AnyLogic menu: Help|Welcome. Welcome Page appears automatically when you open AnyLogic. You can use Welcome Page to open those examples. You can use reference files if you experience any difficulties creating a model and you would like to compare your model with the reference file. Note that there are several reference files available for this model representing the milestones of the editing. Then we will expand our model by considering some details and introducing you to some advanced features of AnyLogic useful in agent-based modeling. The advertising causes a constant fraction of the potential adopter population to adopt each time period. A fraction of these contacts results in the purchase of the new product. Potential adopters come into contact with adopters through social interactions. Adoption of a new product driven by word of mouth is likewise an epidemic. Potential adopters of a product are influenced into buying the product by advertising and by word of mouth from adopters – those who have already purchased the new product. The model describes a product diffusion process. The first steps will take you through the process of construction of the classic Bass diffusion model. We will create a simple illustrative example-the product life cycle model, used for forecasting sales of new products. It is intended to introduce you to AnyLogic interface and many of its main features. This tutorial will briefly take you through the process of constructing a simulation model using AnyLogic. AnyLogic supports all known ways of specifying the agent behavior – statecharts, synchronous and asynchronous event scheduling. Agent-based models allow getting an insight into the general behavior of the system assuming the behavior of its elements, without having any global knowledge about the system.ĪnyLogic is the only simulation tool, which allows creating flexible models with agents, interacting with each other and their environment. Agent-based modeling is used to model markets (agent is a potential customer), competition and supply chains (agent is a company), population (agent is a family, a citizen, or a voter), etc. This tutorial covers the agent-based modeling approach, successfully applied in a wide range of fields such as ecology, sociology, economics, traffic simulation, and many others. Agent Based Model ĪnyLogic supports different modeling techniques. The platform also provides pre-designed simulations, such as monte carlo, sensitivity analysis, and parameter variation experiments.Agent-Based Modeling Bass Diffusion. The built-in GIS maps let organizations search and locate cities, streets, roads, hospitals, shops and bus stops to generate simulation models.ĪnyLogic comes with an API, which allows organizations to integrate the system with several third-party solutions. It enables staff members to present visual models with graphical objects to visualize vehicles, employees, equipment, buildings, and other items according to business specifications. It provides built-in animation libraries pertaining to various industries, such as rail, pedestrian, road traffic, and material handling.ĪnyLogic allows data analysts to create simulation models using various modeling methodologies and languages, including discrete events, agent-based, system dynamics, process flowcharts, statecharts, and action charts. AnyLogic is a simulation software that helps businesses in transportation, manufacturing, rail logistics, mining, supply chain, healthcare, and other industries test and explore what-if scenarios via 2D and 3D modeling.
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