'Safety applications' presentation slideshows

Connected Vehicles 101

1.13k views • 98 slides

Presenters: Valerie Briggs, P.E., PMP, Team Leader, ITS Joint Program Office

Intelligent Transportation System (ITS) Joint Program Office T3 Webinar April 24, 2014 Connected Vehicle Basics. Presenters: Valerie Briggs, P.E., PMP, Team Leader, ITS Joint Program Office Brian Cronin, P.E., Team Leader, ITS Joint Program Office. Agenda.

590 views • 59 slides

Regional Operations Forums Connected Vehicles and the Future of Transportation

Accelerating solutions for highway safety, renewal, reliability, and capacity. Regional Operations Forums Connected Vehicles and the Future of Transportation. Session Overview. What are connected and automated vehicles? Connected vehicle technologies and applications Policy issues

401 views • 40 slides

ITS ePrimer Module 13: Connected Vehicles

ITS ePrimer Module 13: Connected Vehicles. September 2013 Intelligent Transportation Systems Joint Program Office Research and Innovative Technology Administration, USDOT. Instructor. Christopher Hill, Ph.D., PMP Senior Associate Booz Allen Hamilton Washington, DC, USA.

585 views • 39 slides

Business modelling and deployment of cooperative safety systems Tom Alkim (Rijkswaterstaat)

SAFESPOT. Business modelling and deployment of cooperative safety systems Tom Alkim (Rijkswaterstaat) Freek Faber (TNO). Content. SAFESPOT SAFESPOT business models Discussion business models SAFESPOT deployment Discussion deployment SAFESPOT decision making process. SAFESPOT.

500 views • 38 slides

1 Anna Maria Vegni, 2 Claudia Campolo, 2 Antonella Molinaro, and 3 Thomas D.C. Little

BOOK ON ROUTING IN OPPORTUNISTIC NETWORKS. Chapter 7: Modeling of Intermittent Connectivity in Opportunistic Networks: The Case of Vehicular Ad hoc Networks. 1 Anna Maria Vegni, 2 Claudia Campolo, 2 Antonella Molinaro, and 3 Thomas D.C. Little. Objectives of the Chapter.

540 views • 34 slides

Joe Lindley Keith Perkins Global Engineering Management November 2011

OXAL121 - Intelligent Engineering A Practical Way to Reduce Project Risk and Deliver Faster with Better Quality. Joe Lindley Keith Perkins Global Engineering Management November 2011. Invensys Enterprise Control Offerings. Corporate Systems. Industry Solutions Services:

566 views • 33 slides

Vehicle Safety Communications Project Executive Overview November 4, 2003

CAMP. CAMP. Vehicle Safety Communications Consortium. Vehicle Safety Communications Consortium. IVI Light Vehicle Enabling Research Program. IVI Light Vehicle Enabling Research Program. Vehicle Safety Communications Project Executive Overview November 4, 2003. Briefing Agenda.

605 views • 31 slides

IntelliDrive SM Connectivity and the Future of Surface Transportation

IntelliDrive SM Connectivity and the Future of Surface Transportation. Brian Cronin Research and Innovative Technology Administration U.S. Department of Transportation ITS Georgia October 5, 2009. Safety 40,000 deaths/year 6,000,000 crashes/year Leading cause of death for ages 4 to 34.

358 views • 27 slides

Intelligent Transportation Systems (ITS)

Intelligent Transportation Systems (ITS). Achieving the Vision: From VII to IntelliDrive SM. Achieving the Vision. Original vision for Vehicle Infrastructure Integration (VII): Dramatic safety improvements Promise of revolutionary mobility improvements

482 views • 24 slides

CICAS-V Project Update June 5, 2007 Michael Maile

CAMP. Vehicle Safety Communications 2 Consortium. CICAS-V Project Update June 5, 2007 Michael Maile. Intelligent Transportation Systems. Project Overview. CICAS-V is a 4 year project to develop Cooperative Intersection Collision Avoidance Systems that

405 views • 24 slides

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415 views • 21 slides

V2V Target Crash Scenarios , Research Performance Measures , and Prototype Objective Testing

V2V Target Crash Scenarios , Research Performance Measures , and Prototype Objective Testing. John Harding ITS Connected Vehicle Public Meeting Moving From Research Toward Implementation Arlington, VA September 24-26, 2013. Outline. Crash Scenarios Performance Measures Objective Tests.

370 views • 19 slides

VEHICLE AD HOC NETWORKS: APPLICATIONS AND RELATED TECHNICAL ISSUES

VEHICLE AD HOC NETWORKS: APPLICATIONS AND RELATED TECHNICAL ISSUES. A summary. Applications. Classification in two types: Safety applications Goal: decrease the number of accidents User applications Examples: Internet, P2P. Table on Content. Physical / Mac layer Routing

373 views • 19 slides

Vehicle Safety Communications Commercial Vehicle V2V Research Program

Vehicle Safety Communications Commercial Vehicle V2V Research Program. Alrik L. Svenson Research Engineer NHTSA, Office of Applied Vehicle Safety Research. Place. Talking Freight. 1/19/2010. Outline. Vehicle Safety Communications Applications and Crash Types Crash Problem Overview

561 views • 16 slides

Cooperative Transportation Systems Pooled Fund Study

Cooperative Transportation Systems Pooled Fund Study. April 20, 2012 Melissa Lance ITS Communications Manager Virginia Department of Transportation. Cooperative Transportation Systems Pooled Fund Study. Introduction Public Awareness of Connected Vehicles Current Projects

300 views • 15 slides

Vehicle Safety Communications - Applications ( VSC-A )

Vehicle Safety Communications - Applications ( VSC-A ). John B. Kenney Toyota InfoTechnology Center johnkenney@alumni.nd.edu. VSC-A Project. 3 year project - December 2006 to December 2009 Collaborative effort between 5 OEMs (Daimler, Ford, GM, Honda & Toyota) and US DOT

533 views • 12 slides

Miniscule impact of IT on travel experience

Spatio-temporal Information in Intelligent Transportation Systems Ouri Wolfson Bo Xu University of Illinois, Chicago. Miniscule impact of IT on travel experience. Routing Real-time public transport (e.g. bus-tracker) Autonomous driving Fleet Management Software

256 views • 12 slides

214 views • 9 slides

Needs & Objectives

CAR-TO-CAR SAFETY BROADCAST WITH INTERFERENCE USING RAPTOR CODES Nor Fadzilah Abdullah, Angela Doufexi, Robert J. Piechocki University of Bristol, UK. This work considered car-to-car (V2V) safety applications, with decentralized design (ad-hoc) in the Control Channel (CCH).

88 views • 1 slides