Location prediction is the key technique in many location based services including route
navigation, dining location recommendations, and traffic planning and control, to mention a …

Autonomous vehicles contain many sensors, enabling them to drive by themselves.
Autonomous vehicles need to communicate with other vehicles (V2V) wirelessly and with …

GPS-equipped mobile devices such as smart phones and in-car navigation units are
collecting enormous amounts of spatial and temporal information that traces a moving …

The deployment of vehicle location services generates increasingly massive vehicle
trajectory data, which incurs high storage and transmission costs. A range of studies target …

Automatic identification system (AIS) is an important part of perfecting terrestrial networks,
radar systems and satellite constellations. It has been widely used in vessel traffic service …

Trajectories of moving objects are collected in many applications. Raw trajectory data is
typically very large, and has to be simplified before use. In this paper, we introduce the …

The pervasiveness of GPS-enabled devices and wireless communication technologies
results in massive trajectory data, incurring expensive cost for storage, transmission, and …

The ubiquitousness of GPS sensors in smart-phones, vehicles and wearable devices has
enabled the collection of massive volumes of trajectory data from tracing moving objects …

Vessel trajectories from the Automatic Identification System (AIS) play an important role in
maritime traffic management, but a drawback is the huge amount of memory occupation …

Abstract Automatic Identification System (AIS) offers a wealth of vessel navigation data,
which underpins research in maritime data mining, situational awareness, and knowledge …