Webinar: Introduction to agent-based modelling for social scientists
| Dates: | 16 January 2020 |
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| Times: | 15:00 - 16:00 |
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| What is it: | Webinar |
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| Organiser: | Cathie Marsh Institute for Social Research |
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| How much: | Free |
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Social science seeks to understand and predict patterns involving human behaviour, many of which are large-scale and complex. But social science explanations or predictions can be difficult to test and refine because of the serious ethical and practical barriers to controlling, manipulating and replicating conditions within experiments. For example, there are many theories behind some of the complex patterns of urban mobility, but when traffic calming measures fail to produce the desired results it can be difficult to identify why or how the situation can be improved.
One possible solution is to run social science experiments in silico, with simulated actors whose features, behaviours and actions are informed by real world data. This allows social scientists to test and refine their understanding of how an observed pattern can be recreated. Computational social science experiments also allow researchers to explore how emergent patterns might change under experimental, or even counter-factual, conditions.
This free webinar, organised by the UK Data Service, is the first in a series of three on how to use agent-based models and real world data to run computational social science experiments using the example of urban mobility. Specifically, this webinar:
introduces the important concepts of emergent patterns, bottom-up processes, and other theoretical ideas underpinning agent-based modelling
presents several examples of agent-based models
discusses the pros and cons of agent-based models
presents several software options for agent-based modelling and where to get more information
Webinars two and three will follow on from this by demonstrating how to open and run agent-based models, how to customise them with GIS data downloaded from the UK Data Service, and how to create a suite of experiments to explore experimental conditions.
Book a place at https://www.ukdataservice.ac.uk/news-and-events/eventsitem/?id=5558
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