This application streamlines the process of uploading, processing, and refining large datasets to ensure precise and reliable identification of home addresses from the given data.
Filtering Random Locations: Clustering algorithms, such as DBSCAN, are used to filter out random locations like roads and public places.
Home Location Identification: The application analyzes temporal patterns to identify recurring nighttime locations, which are likely to be home addresses and then converts lat/long to address.
Output Generation
The refined results, including identified home addresses, are generated in a downloadable CSV file.
Implementation Details, but open to suggestions:
Frontend: HTML, CSS, JavaScript (React.js or Vue.js).
Backend: Python (Django or Flask), Node.js.
Database: PostgreSQL (with PostGIS extension for spatial data handling).
Data Processing: Pandas, NumPy, Scikit-learn for clustering, Geopandas for spatial data handling.
Upload CSV File: Users upload a CSV file via the web interface.
Data Cleaning: The application removes invalid entries and formats data correctly.
Clustering: The application uses DBSCAN to filter out random locations.
Home Identification: Temporal analysis identifies home locations based on recurring nighttime visits.
Result Generation: The refined data is available for download and visual inspection on a map.
The Home Address Identification Application ensures an efficient and reliable process for determining home addresses from large datasets, providing users with a powerful tool for data analysis and visualization.
Posted On: July 25, 2024 19:23 UTC
Category: Full Stack Development
Skills:GIS, Python
Country: United States
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