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Home and Work Place Prediction for Urban Planning Using Mobile Network Data
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Home and Work Place Prediction for Urban Planning Using Mobile Network Data

Manoranjan Dash, Hai Long Nguyen, Cao Hong, Ghim Eng Yap, Minh Nhut Nguyen, Xiaoli Li, Shonali Priyadarsini Krishnaswamy, James Decraene, Spiros Antonatos, Yue Wang, …
Proceedings / IEEE International Conference on Mobile Data Management, Vol.2, pp.37-42
07/2014

Abstract

Accuracy Correlation Home and Work Place Prediction Mobile communication Mobile computing Mobile network data Planning Poles and towers Standards Urban Planning
We present methods to predict and validate home and work places of anonymized users using their mobile network data. Knowledge of home and work place of a user is essential in order to find his (and overall population) mobility profiles. There are many methods that predict home and work places using GPS data. But unlike GPS data, mobile network data using GSM do not provide the exact location of a phone event. We use a novel criterion that combines an extracted feature from mobile data (i.e., Inactivity - no phone event for a given period of time) with open source data about location category % (i.e., Streetdirectory.com) to predict home location. Results show that the new criterion gives better prediction accuracy than inactivity alone. We predict work place using the idea that one goes to her work place on most of the weekdays but rarely on weekends. We validate our methods by comparing against the ground truth obtained from open source data. Validation results show that our proposed methods are about 25% more accurate than existing methods both for home and work place predictions.

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