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Mobile Cyber-Physical Systems for Smart Cities
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Mobile Cyber-Physical Systems for Smart Cities (2020)Mobile Cyber-Physical Systems for Smart C…CellRep: Usage Representativeness Modeling and Correction Based on Multiple City-Scale Cellular Networks (2020)CellRep: Usage Representative…CellPred (2020)CellPredViFi-MobiScanner: Observe Human Mobility via Vehicular Internet Service (2019)ViFi-MobiScanner: Observe Hum…Towards Efficient Sharing: A Usage Balancing Mechanism for Bike Sharing Systems (2019)Towards Efficient Sharing: A …MAC (2019)MACUrban-Scale Human Mobility Modeling With Multi-Source Urban Network Data (2018)Urban-Scale Human Mobility Mo…MultiCell (2018)MultiCellReal-Time Human Mobility Modeling with Multi-View Learning (2017)Real-Time Human Mobility Mode…Data-Driven Digital Advertising with Uncertain Demand Model in Metro Networks (2017)Data-Driven Digital Advertisi…Individual Trip Destination Estimation in a Transit Smart Card Automated Fare Collection System (2007)Passenger Journey Destination Estimation From Automated Fare Collection System Data Using Spatial Validation (2015)Large-network travel time distribution estimation for ambulances (2016)Bilimsel İletişim Bağlamında “Dijital Reklamcılık” Çalışmalarının Bibliyometrik Analizi (2023)Understanding individual human mobility patterns (2008)Limits of Predictability in Human Mobility (2010)Friendship and mobility (2011)Characterizing Human Mobility Patterns During COVID-19 using Cellular Network Data (2021)WHAT ABOUT PEOPLE IN REGIONAL SCIENCE? (1970)Geographically Explicit Network Analysis of Urban Living and Working Interaction Pattern in Shenzhen City, South China (2021)Discovering regions of different functions in a city using human mobility and POIs (2012)Dynamic population mapping using mobile phone data (2014)CellTrans (2019)MIFF (2020)Bike-sharing: History, Impacts, Models of Provision, and Future (2009)Urban cycles and mobility patterns: Exploring and predicting trends in a bicycle-based public transport system (2010)Traffic prediction in a bike-sharing system (2015): Mobility-Driven Integration of Heterogeneous Urban Cyber-Physical Systems Under Disruptive Events (2021)Mobility prediction for uneven distribution of bikes in bike sharing systems (2022)Estimating and modeling spontaneous mobility changes during the COVID-19 pandemic without stay-at-home orders (2024)OpenStreetMap: User-Generated Street Maps (2008)Understanding mobility based on GPS data (2008)Real-Time Urban Monitoring Using Cell Phones: A Case Study in Rome (2010)Extending Coverage of Stationary Sensing Systems with Mobile Sensing Systems for Human Mobility Modeling (2020)Dynamics of in-station time within metro systems: Measurement and determining factors (2024)Smart card data use in public transit: A literature review (2011)A low-cost automatic people-counting system at bus stops using Wi-Fi probe requests and deep learning (2024)Evaluation Framework for Multi-Modal Public Transport Systems Based on Connectivity and Transfers at Stop Level (2024)Origin–destination matrices from smartphone apps for bus networks (2024)DeepMove (2018)Human mobility: Models and applications (2018)CellSense (2021)Human mobility modeling at metropolitan scales (2012)Understanding Mobile Traffic Patterns of Large Scale Cellular Towers in Urban Environment (2016)Mover (2021)DeepMEND: Reliable and Scalable Network Metadata Geolocation from Base Station Positions (2024)
this work references cited by second hop

References

  • 2019MAC32 cited
  • 2018MultiCell31 cited
  • 2019Towards Efficient Sharing: A Usage Balancing Mechanism for Bike Sharing Systems22 cited
  • 2019ViFi-MobiScanner: Observe Human Mobility via Vehicular Internet Service21 cited
  • 2020CellPred17 cited
  • 2017Real-Time Human Mobility Modeling with Multi-View Learning16 cited
  • 2018Urban-Scale Human Mobility Modeling With Multi-Source Urban Network Data11 cited
  • 2017Data-Driven Digital Advertising with Uncertain Demand Model in Metro Networks7 cited
  • 2020CellRep: Usage Representativeness Modeling and Correction Based on Multiple City-Scale Cellular Networks7 cited

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