The Mathematica social and behavioral sciences solution is an all-in-one system for designing and running experiments, collecting and analyzing data, and reporting results interactively.
Includes sophisticated statistical analysis capabilities, built-in socioeconomic data, and instant interactivity and deployment options, as well as the most automated computation and development environment available.
Analyzing social networks using sophisticated mathematical and interactive tools
Interactively exploring the measures of node prominence on a network
Ideal environment for model-building and simulation of real-world scenarios
Studying the behavior of consumers exposed to advertisements from three competing products
Immediately using built-in socioeconomic data for computation and analysis
Examining the relationship between the country of origin of political asylum-seekers in the U.S. and the success rate of the applications for asylum using built-in country data
Performing advanced statistical analysis using built-in functions
Determining if it is ever optimal for a potential insurance applicant to understate the risk he or she poses
Easy online data collection from survey or study participants using Wolfram CDF Player-based local applications, or server-based webMathematica technology
Complete workflow, from data import to analysis to typeset document or slide show, in a single document Competitor note: R, SAS, S-PLUS, Minitab, and other software do not support a complete analysis workflow in a single document
Agent-based modeling and simulation of social behavior, customer movements in a store, and much more
Analyzing social networks made of nodes and ties to study the complex sets of relationships between members of social systems at all scales, from interpersonal to international
Building mathematical models to study criminality, voter patterns, media impacts on consumer behavior, and more
Analyzing all kinds of data including survey data, census data, and more, using built-in data analysis tools
Combining the extensive built-in demographic and socioeconomic data with your own for extending your models
Simulation of complex adaptive social systems or artificial societies, composed of interacting agents
Instantly creating fully interactive interfaces for real-time analysis
"It's a very effective, compelling visualization tool, and it's open; that is, when someone asks me a question at a presentation, I can actually modify the code on the fly to take account of their new assumption, rerun the model, and present it...they find it a useful tool for thinking about the problem."
—Seth Chandler
Professor of Law, University of Houston
Interactive Social and Behavioral Sciences Examples
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