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UAI-FI: using artificial intelligence for automatic passenger counting through Wi-Fi and GPS data

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References

2015How talkative is your mobile device?140 cited
2016Estimation of Origin and Destination Information from Bluetooth and Wi-Fi Sensing for Transit76 cited
2020iABACUS: A Wi-Fi-Based Automatic Bus Passenger Counting System72 cited
2017Counting public transport passenger using WiFi signatures of mobile devices60 cited
2014Measuring Bus Passenger Load by Monitoring Wi-Fi Transmissions from Mobile Devices40 cited
2016Public transport occupancy estimation using WLAN probing38 cited
2017Estimating Bus Loads and OD Flows Using Location-Stamped Farebox and Wi-Fi Signal Data36 cited
2016Use of Mobile Device Wireless Signals to Determine Transit Route-Level Passenger Origin–Destination Flows: Methodology and Empirical Evaluation31 cited
2020Estimating bus passenger volume based on a Wi-Fi scanner survey29 cited
2019Bus passenger counts using Wi-Fi signals: some cautionary findings18 cited
2019Classifying Passenger and Non-passenger Signals in Public Transportation by Analysing Mobile Device Wi-Fi Activity17 cited
2018An Intelligent Traffic Management System Based on the Wi-Fi and Bluetooth Sensing and Data Clustering9 cited

Cited by

2023Bayesian Estimation of Passenger Boardings at Bus Stops Using Wi-Fi Probe Requests4 cited
2026Application of Spatial Data and Analysis for Bus Transportation Optimization and Planning: A State-of-the-Art Review

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3 cited