Recent advances in wireless inter-vehicle communication systems enable the establishment
of vehicular ad-hoc networks (VANET) and create significant opportunities for the …

Today's mobile applications require constant adaptation to their changing environments, or
contexts. Technological advances have increased the pervasiveness of mobile computing …

Ad hoc networks can be used not only as data carriers for mobile devices but also as
providers of a new class of services specific to ubiquitous computing environments. Building …

The increasing number of potential applications related to intelligent transportation systems
(ITSs) have attracted researchers to the area of vehicular networks (VNs). Two main classes …

Recently, vehicular networks and inter-vehicle communication have received attention from
the research community and the automotive industry. In this context, many services are …

In tuple space approaches to context-aware mobile systems, the notion of context is defined
by the presence or absence of certain tuples in the tuple space. Existing approaches define …

A partir de l'étude de la mobilité dans les paradigmes de programmation pour les systèmes
distribués et des différents architectures réseaux, et principalement celles sans-fils, nous …

Advances in MEMS technology, wireless communications, and digital electronics have
enabled the development of low-cost, low-power, multifunctional sensor nodes that …

The proliferation of intelligent vehicle, sensor and communication technology has led to the
emergence of vehicle-to-vehicle (V2V) applications that aim to increase safety and efficiency …

Programming applications for highly dynamic environments such as mobile ad hoc networks
(MANETs) is complex, since the working context of applications changes continuously. This …