Team Developing a Vehicular Ad Hoc Network with GPS Hammur’Abi V.A.N.E.T.

Slides:



Advertisements
Similar presentations
Wenmao Liu Harbin Institute of Technology China. Outline ITS & VANETs Security Issues and Solutions An autonomous architecture Conclusion.
Advertisements

Team members Thái Thanh Tùng Nguyễn Anh Quân Bùi V ă n Thái Trần Xuân Đạt Nguyễn Bá Thuận Trần Hải Linh.
Real time vehicle tracking and driver behavior monitoring using a cellular handset based on accelerometry and GPS data Kevin Burke 4 th Electronic and.
ParkSense: A Smartphone Based Sensing System For On-Street Parking
Delay bounded Routing in Vehicular Ad-hoc Networks Antonios Skordylis Niki Trigoni MobiHoc 2008 Slides by Alex Papadimitriou.
GrooveSim: A Topography- Accurate Simulator for Geographic Routing in Vehicular Networks 簡緯民 P
A Mobile Infrastructure Based VANET Routing Protocol in the Urban Environment School of Electronics Engineering and Computer Science, PKU, Beijing, China.
Simulator integration: Vissim (Environment simulator) + NS2 (Telecom simulator) = RuBeNS Rural & UrBan e-Travelling Network Simulator Péter Laborczi Sándor.
1 A study on Location Aware Computing Presenter : Narendiran Visvanathan Instructor : Dr. Chin-Chih Chang Course : CS 898T Mobile and Wireless Networks.
Vehicle-to-Vehicle Wireless Communication Protocols for Enhancing Highway Traffic Safety - A Comparative Study of Data Dissemination Models for VANETs.
Lane Reservation for Highways (Position Paper) Nishkam Ravi 1, Stephen Smaldone 1, Liviu Iftode 1, and Mario Gerla 2 1 Computer Science Rutgers University,
ECE 415 Senior Design Project Fall 2010 Justin Ayvazian Ben Johnson Eric Putney Michael Ruth Advisor: Professor Sandip Kundu Friend-Foe Identification.
E-Road Project An Overview Pravin Shankar
InVANET(Intelligent Vehicular Ad Hoc Network
TrafficView: A Scalable Traffic Monitoring System Tamer Nadeem, Sasan Dashtinezhad, Chunyuan Liao, Liviu Iftode* Department of Computer Science University.
EE 400 Term Project A Survey of Vehicular Networks. Done by Saif AL Mustanier ID# Ali AL-Yami ID#
University1 GVGrid: A QoS Routing Protocol for Vehicular Ad Hoc Networks Weihua Sun, Hirozumi Yamaguchi, Koji Yukimasa, Shinji.
1 Measure and model vehicular- to-infrastructure communication.
TrafficView: A Driver Assistant Device for Traffic Monitoring based on Car-to-Car Communication Sasan Dashtinezhad, Tamer Nadeem Department of CS, University.
Vehicular UCLA.
Android An open handset alliance project Janice Garcia September 18, 2008 MIS 304.
Academic project Review on
ENHANCING AND EVALUATION OF AD-HOC ROUTING PROTOCOLS IN VANET.
RUBeNS: Rural&UrBan e-Travelling Network Simulator  Commercial microscopic, time step and behavior based simulation model developed to model urban traffic.
Introduction to Vehicular Cloud Computing
RoadTrip The Ultimate Driving Companion GM Team Pete Kontogiannis Dieya Maghrabi Lars Rundberg Jason Collins Chanda Durnford Helen Huang Kris Pizzarelli.
Minor Thesis Presentation By: Junaid M. Shaikh Supervisor: Dr. Ivan Lee 1.
Redes Inalámbricas Máster Ingeniería de Computadores 2008/2009 Tema 7.- CASTADIVA PROJECT Performance Evaluation of a MANET architecture.
Security Tracking and Advising for Taxi Customers Group Member Tanapol Euaungkanakul Chayanin Mukviboonchai Thanachit Viriyayanyongsuk.
Senigallia, June 2007 European Workshop ICT and Civil Protection: current state and future scenarios.
HYBRID ROUTING PROTOCOL FOR VANET
Wireless traffic service platform for combined vehicle-to-vehicle and vehicle-to-infrastructure communications Authors : T. Sukuvaara and P. Nurmi IEEE.
IGERT: Graduate Program in Computational Transportation Science Ouri Wolfson (Project Director) Peter Nelson, Aris Ouksel, Robert Sloan Piyushimita Thakuriah.
Heterogeneous Network Topology Generators Amer Zaheer 1.
February 3, Location Based M-Services The numbers of on-line mobile personal devices increase. New types of context-aware e-services become possible.
Challenges of Large-scale Vehicular & Mobile Ad hoc Network Simulation Thomas D. Hewer, Maziar Nekovee, Radhika S. Saksena and Peter V. Coveney
Enrique Alba, Sebastián Luna, and Jamal ToutouhAccuracy and Efficiency in Simulating VANETs MCO’08 Metz, France September 8-10 th, 2008 MCO’08 Metz, France.
A study of Intelligent Adaptive beaconing approaches on VANET Proposal Presentation Chayanin Thaina Advisor : Dr.Kultida Rojviboonchai.
Safe roads, Reliable journeys, Informed travellers Traffic Data To-Be Business and As-Is Technology Map Version 1.0.
ABSTRACT Currently, drivers must utilize a third-party, such as a radio or broadband device, to learn about local traffic conditions. However, this information.
November 14, My Internship at EPFL in Lausanne, Switzerland Doug Lundquist University of Illinois at Chicago.
GM-CMU Collaborative Research Laboratory Systematic Protocol Design for Vehicular Networks Rahul Mangharam, Mark Hamilton, Prof. Raj Rajkumar Carnegie.
ECOGEM Cooperative Advanced Driver Assistance System for Green Cars Burak ONUR Project Coordinator R&D Support Executive
Research on the Connected Car Hans-J. Reumerman Philips Technology Research Laboratories Aachen Connectivity Systems Application Industry relations Technology.
BY PREETHI.E. * For people living in developed countries the absolute volume of road traffic can be a daily nuisance. In addition, the road traffic.
Home and Personal Communication Systems Lesson 7 – Personal Connections.
Intelligent Transport Systems
Kun-chan Lan and Chien-Ming Chou National Cheng Kung University
Wireless Ad Hoc Networks
1 Vehicular Networks Slides are integrated from researchers at EPFL.
IBM - ČVUT Student Research Projects Mobile Public Transportation Timetables Petr Podhorský Jakub Zahradník
Computer Operating Systems And Software applications.
Mobile Packet Sniffer Ofer Borosh Vadim Lanzman Dr. Chen Avin
Realistic Mobility Models for Vehicular Ad hoc Network (VANET) Simulations ITST 高弘毅 洪佳瑜 蔣克欽.
Embedded Education Teaching Experiences sharing
Analysis the performance of vehicles ad hoc network simulation based
VANET.
By // Ammar Hussain Aljanabi Dr . Hadi Adineh
Ad hoc Data Dissemination in Vehicular Networks
Jérôme Härri, Fethi Filali, Christian Bonnet
Smart Car through IoT 라이 아샤리 리날디
Introduction to ZBOSS Embedded Systems Software Training Center
Source: Department of Motor Traffic Sri Lanka statistics
Meng Cao, Xiangqing Sun, Ziyue Chen May 28th, 2014
MESSAGE PROJECT CONTRIBUTION
Accuracy and Efficiency in Simulating VANETs
Vehicular Ad-hoc Networks
Wireless Ad Hoc Networks
Developing Vehicular Data Cloud Services in the IoT Environment
Peter Banis, Klaus Çipi, Michael Kolar, Robert Olsen
Presentation transcript:

Team Developing a Vehicular Ad Hoc Network with GPS Hammur’Abi V.A.N.E.T

....Who we are.... Ö. Anıl Türkkan Arif S. Özçelik M. Tuğberk İsyapar Okan T. Tursun

Our Motivation Traffic Network Systems with GPS Self Awareness Commercial Use Road Information Accidents 3/15

Global Positioning System (GPS) Wireless Ad Hoc Networks Manets Vanets 4/15

Hammur’Abi A network of vehicles and road-side equipment where data travels in packets. A Software that assists drivers in traffic by prompting warnings in case of high speed, accidents etc. providing knowledge of traffic density, road conditions finding nearest hospitals, police stations, ambulances etc. displaying nearest parking spaces 5/15

General Architecture GPS deviceZigBee ModuleSensors Road-Side Equipment PC compatible device Software 6/15

7/15

8/15

User Interface 9/15

Technologies ZigBee and ZigBee Pro GPSD OpenStreetMap GrooveNet Java SE 6.0, Java 2D API & Java Swing API Eclipse Tablet PC Linux OS 10/15

12 Tasks Accomplished Network – ZigBee specification – Wifi NMEA0183 (GPS) data specification VANET and traffic simulators – GrooveNet – SUMO (Simulation of Urban MObility) – TraNS (Traffic and Network Simulation Environment) – NS-2 (Network Simulator) 11/15

13 Tasks Accomplished GUI conceptual design Offline mapping tools and APIs – GMapCatcher (Google Maps) – Lokigo – OpenStreetMap API and.osm file format – TIGER/Line shapefiles Development tools – Java2D API – GPSD (GPS Daemon) 12/15

Future Work Prototype Implementation Modifying the simulator to match our needs Implementation of: – GPS Module – Zigbee Module – Road Side Equipment Module 14 13/15

REFERENCES.Dikaikos D.M., Dept. of CS, Univ. of Cyprus, Florides A., Dept. of CS, Univ. of Cyprus, Nadeem T., Siemens Corporate Research, Iftode L., Dept. of CS, Univ. of Rutgers. Location aware services over vehicular ad hac system using car to car communication. Wikipedia - The Free Encyclopedia. Wikipedia(NMEA 0183). [Online] Berg, Paul B van den. gpsd — a GPS service daemon. [Online] Wikipedia - The Free Encyclopedia. [Online] Mangharam, Rahul. University of Pensilvania. [Online] University, Ecole Polytechnique Federale de Lausanne. [Online] Systems, Institute of Transportation. SourceForge- SUMO. [Online]

Any Questions? Thanks For Listening….