This article addresses the problem of managing Moving Objects Databases (MODs) which
capture the inherent imprecision of the information about the moving object's location at a …

Technological advances in position‐aware devices are leading to a wealth of data
documenting motion. The integration of spatio‐temporal data‐mining techniques in …

A common way of storing spatio-temporalinformation about mobile devices is in the form of a
3D (2D geography+ time) trajectory. We argue that when cellular phones and Personal …

From environmental management to land planning and geo-marketing, the number of
application domains that may greatly benefit from using data enriched with spatio-temporal …

Widespread availability of location aware devices (such as GPS receivers) promotes capture
of detailed movement trajectories of people, animals, vehicles and other moving objects …

We present a data model for tracking mobile objects and reporting the result of queries. The
model relies on a discrete view of the spatio-temporal space, where the 2D space and the …

Representation and reasoning about dynamic spatial phenomena requires at its foundation
a formalism of spatial change. This paper extends our understanding of topological change …

Abstract agueness is often present in spatial information. It arises in the presence of
borderline cases. It is difficult to decide, for example, whether the land cover at a location is …

This chapter presents a systematic overview of the various issues and solutions related to
the notion of uncertainty in the settings of moving objects trajectories. The sources of …

In this paper we present an approach to mine and query spatio-temporal data with the aim of
finding interesting patterns and understanding the underlying data generating process. An …