Community characterization is used to assess the possibility that a given feature is over-expressed in an often complex social system. For example, the American Community Survey products provide thousands or more features for a community. In addition, a community's characteristics are also influenced by its neighboring communities. The geospatial analysis used to rely on statistics-based simulation to estimate such influence. The result is empirical without sound mathematic proof.
We would like to approach the problem with the attention mechanism in deep learning to improve the understanding of the aforementioned geospatial influence in community characterization. We are originally motivated by mental health intervention, but the method could be applied to a broad range of social research topics.
Job Description
The selected student will work on: 1) Data collection and preparation; 2) Feature Selection 3) Benchmarking to obtain a baseline result 4) Tuning deep learning models 5) Visualization 6) Documentation
Computational Resources
TACC Stampede
Contribution to Community
This is an innovative approach to geospatial analysis, a traditional user of HPC
Position Type
Apprentice
Training Plan
Training is supervised but mostly self-guided. The identified student apprentice will take time to learn on: 1) Using HPC resources (TACC stampede); 2) Relevant libraries (Pandas, SK-Learn, Pytorch, GeoDa, etc.); 3) Relevant Tools 2) Using literature, reading assigned texts, papers