Existing prediction methods in moving objects databases cannot work well on fragmental trajectory such as those generated by mobile data. Besides, most techniques only consider objects' individual history or crowd movement alone. In practice, either individual history or crowd movement is not enough to predict trajectory with high accuracy. In this paper, we focus on how to predict fragmental trajectory. Based on the discrete trajectory obtained from mobile billing data. with location information, we proposed two prediction methods: Crowd Trajectory based Predictor which makes use of crowd movement and Individual Trajectory based Predictor uses self-habit to meet the challenge. A hybrid prediction model is presented which estimates the...
[[abstract]]Mobile computing systems usually express a user movement trajectory as a sequence of are...
Abstract — Wireless user-mobility prediction has been inves-tigated from various angles to improve n...
Abstract — Existing prediction methods in moving objects databases cannot forecast locations accurat...
Existing prediction methods in moving objects databases cannot work well on fragmental trajectory su...
We put forth a system, to predict distant-future positions of multiple moving entities and index the...
Knowing "what is happening" and "what will happen" of the mobility in a city is the building block o...
We present and test a sequential learning algorithm for the prediction of human mobility that levera...
For a decade and more, the Number of smart phone users count increasing day by day. With the drastic...
The vast amounts of mobile communication data collected by mobile operators can provide important in...
Mobility prediction is becoming one of the key elements of location-based services. In the near futu...
The tremendous growth of positioning technologies and GPS enabled devices has produced huge volumes ...
The ubiquity of mobile devices with positioning sensors make it possible to derive user's location a...
Forecasting the future positions of mobile users is a valuable task allowing us to operate efficient...
We present the work that allowed us to win the Next-Place Prediction task of the Nokia Mobile Data C...
Abstract: Predicting the location of a mobile user in the near future can be used for a large number...
[[abstract]]Mobile computing systems usually express a user movement trajectory as a sequence of are...
Abstract — Wireless user-mobility prediction has been inves-tigated from various angles to improve n...
Abstract — Existing prediction methods in moving objects databases cannot forecast locations accurat...
Existing prediction methods in moving objects databases cannot work well on fragmental trajectory su...
We put forth a system, to predict distant-future positions of multiple moving entities and index the...
Knowing "what is happening" and "what will happen" of the mobility in a city is the building block o...
We present and test a sequential learning algorithm for the prediction of human mobility that levera...
For a decade and more, the Number of smart phone users count increasing day by day. With the drastic...
The vast amounts of mobile communication data collected by mobile operators can provide important in...
Mobility prediction is becoming one of the key elements of location-based services. In the near futu...
The tremendous growth of positioning technologies and GPS enabled devices has produced huge volumes ...
The ubiquity of mobile devices with positioning sensors make it possible to derive user's location a...
Forecasting the future positions of mobile users is a valuable task allowing us to operate efficient...
We present the work that allowed us to win the Next-Place Prediction task of the Nokia Mobile Data C...
Abstract: Predicting the location of a mobile user in the near future can be used for a large number...
[[abstract]]Mobile computing systems usually express a user movement trajectory as a sequence of are...
Abstract — Wireless user-mobility prediction has been inves-tigated from various angles to improve n...
Abstract — Existing prediction methods in moving objects databases cannot forecast locations accurat...