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Vehicular Networks

Activities

Wireless network algorithms

This activity is aimed at investigating, both analytically and through simulation, some fundamental properties of wireless multihop networks such as connectivity, radio interference, network lifeti

People

Federico Librino

Foto di Federico Librino

Francesca Martelli

Foto di Francesca Martelli

Maria Elena Renda

Foto di Maria Elena Renda

Paolo Santi

Foto di Paolo Santi

Collaborations

Aleph Progetti S.r.l.

Collaboration within the IPERMOB - A Pervasive and Heterogeneous Infrastructure to control Urban Mobility in Real-Time project

IPERMOB Project Home Page

Aleph Progetti S.r.l., Florence

Evidence S.r.l.

Collaboration within the IPERMOB - A Pervasive and Heterogeneous Infrastructure to control Urban Mobility in Real-Time project

IPERMOB Project Home Page

Evidence S.r.l.

Collaborazione all'interno del progetto IPERMOB: Infrastruttura Pervasiva Eterogenea Real-time per il controllo della Mobilitá

Intecs S.P.A.

Home Page Progetto IPERMOB


ISTI - CNR

Collaboration within the IPERMOB - A Pervasive and Heterogeneous Infrastructure to control Urban Mobility in Real-Time project

IPERMOB Project Home Page

Massachusetts Institute of Technology - SENSEable City Lab

This collaboration has been developed within the recent activities we started on smart mobility.

SAT S.P.A.

Collaboration within the IPERMOB - A Pervasive and Heterogeneous Infrastructure to control Urban Mobility in Real-Time project

IPERMOB Project Home Page

Scuola Superiore Sant'Anna

Collaboration within the IPERMOB - A Pervasive and Heterogeneous Infrastructure to control Urban Mobility in Real-Time project

IPERMOB Project Home Page

Projects

EU Project - MobiWallet

MobiWallet addresses Interoperable Fare Management solutions through four key impact areas: encouraging modal shift and facilitating ease of use of multiple transpor

IPERMOB - A Pervasive and Heterogeneous Infrastructure to control Urban Mobility in Real-Time

Within the domain of "Intelligent Transport Systems" IPERMOB proposes a multi-tier approach for developing an Information System for urban mobility.
IPERMOB proposes a new generation of integrated systems based on the optimization and inter-operability of the chain formed by:

VehiCong

The VehiCong project's objective is the study of congestion in vehicular ad-hoc networks (VANets).

Publications and editorial products until 01/01/2016

A Measurement-based Study of Beaconing Performance in IEEE 802.11p Vehicular Networks

A Measurement-based Study of Beaconing Performance in IEEE 802.11p Vehicular Networks

Beaconing Performance in IEEE 802.11p Vehicular Networks: the Effect of Radio Channel Congestion

Congestion and Awareness Control in Cooperative Vehicular Systems

Dynamic Route Planning in Vehicular Networks based on Future Travel Time Estimation

Evaluating Multi-Hop Beaconing Forwarding Strategies for IEEE 802.11p Vehicular Networks

From MANET to people-centric networking: Milestones and open research challenges

Measurement-based modeling of Packet Inter-Reception times in presence of radio channel congestion

Measuring IEEE 802.11p Performance for Active Safety Applications in Cooperative Vehicular Systems

Measuring IEEE 802.11p Performance for Active Safety Applications in Cooperative Vehicular Systems

Measuring VoIP performance in IEEE 802.11p Vehicular Networks

Mobility Models for Next Generation Wireless Networks: Ad Hoc, Vehicular, and Mesh Networks

Multihop Beaconing Forwarding Strategies in Congested IEEE 802.11p Vehicular Networks

Multihop Beaconing Forwarding Strategies in Congested IEEE 802.11p Vehicular Networks

OO3-1,2,3: Dispositivo prototipale

OO3–3.3-6: Scelta della tecnologia di comunicazione radio per la rete veicolare sulla base di test sul campo

OO3-3.5: Relazione finale

The IPERMOB System for Effective Real-Time Road Travel Time Measurement and Prediction

Understanding Vehicle-to-Vehicle IEEE 802.11p Beaconing Performance in Real-World Highway Scenarios

Vehicular Communications: Ubiquitous Networks for Sustainable Mobility

Publications and editorial products from the 01/01/2016

IEEE 802.11p VANets: Experimental Evaluation of Packet Inter-Reception Time