TomTom Innovation. Hans Aerts VP Software Development Business Unit Automotive November 2015

Similar documents
GIS and traffic data used in a traffic hackathon Edwin Kools

INTELLIGENT TRAFFIC MANAGEMENT FOR INDIA Phil Allen VP Sales APAC

Connected Car. Dr. Sania Irwin. Head of Systems & Applications May 27, Nokia Solutions and Networks 2014 For internal use

A. SERVEL. EuCNC Special Sessions 5G connected car 01/07/2015

To realize Connected Vehicle Society. Yosuke NISHIMURO Ministry of Internal Affairs and Communications (MIC), Japan

SIP Automated Driving System SEIGO KUZUMAKI Program Director. Nov

Detecting dangerous locations in the road network with jam tail warnings. Maarten Clements October 2015, ESRI UC, Salzburg

5G promotes the intelligence connected vehicles. Dr. Menghua Tao Senior Solution Manager China Unicom

Solid State LiDAR for Ubiquitous 3D Sensing

4G and 5G Cellular Technologies Enable Intelligent Transportation Use Cases

Future Networked Car Geneva Auto Show 2018

Designing a software framework for automated driving. Dr.-Ing. Sebastian Ohl, 2017 October 12 th

Next Generation Infotainment Systems

Advanced Driver Assistance: Modular Image Sensor Concept

Public Sensing Using Your Mobile Phone for Crowd Sourcing

Vehicle Connectivity in Intelligent Transport Systems: Today and Future Prof. Dr. Ece Güran Schmidt - Middle East Technical University

Automated Driving Development

Cooperative Vehicles Opportunity and Challenges

Vehicle To Android Communication Mode

SIP Automated driving systems

Christoph Voigt, Chairman 5GAA GAA

Cyber security of automated vehicles

Can We Improve Autonomous Driving With IoT and Cloud?

FASTER GETS YOU THERE TRAFFIC TOMTOM TOMTOM TRAFFIC GETS YOU THERE FASTER

Success Story Pekka Eloranta, CoMoSeF Co-ordinator Celtic-Plus Proposers Day 28 October 2015 in Antwerp

Towards Fully-automated Driving. tue-mps.org. Challenges and Potential Solutions. Dr. Gijs Dubbelman Mobile Perception Systems EE-SPS/VCA

SIP Automated Driving System ー Mobility bringing everyone a smile ー

Exploring Self-Driving Vehicles. Dr. Egon Schulz 5G IA Board Member

5G Network Architecture

Precision Roadway Feature Mapping Jay A. Farrell, University of California-Riverside James A. Arnold, Department of Transportation

Enabling The Connected Car Revolution

5G and Automotive Cellular Vehicle-to-Everything (C-V2X) March 2017

Integrated mounting with flip screen Hands-free calling via Bluetooth Voice control LIVE Services: 1 year free

A multilevel simulation framework for highly automated harvest processes enabled by environmental sensor systems

Cybersecurity Challenges for Connected and Automated Vehicles. Robert W. Heller, Ph.D. Program Director R&D, Southwest Research Institute

Giancarlo Vasta, Magneti Marelli, Lucia Lo Bello, University of Catania,

White Paper. Connected Car Brings Intelligence to Transportation

Looking beyond IEEE 13th System of Systems Engineering Conference - SoSE 2018 Sandro D'Elia -

TraffiStar Series Superior technology for stationary red light monitoring and speed measurement

ITS (Intelligent Transportation Systems) Solutions

Standards for V2X Communication and Implications for OEMs and ITS

Examining future priorities for cyber security management

3 rd ETSI TC ITS Workshop Session 7

Driving virtual Prototyping of Automotive Electronics

STRAW - An integrated mobility & traffic model for vehicular ad-hoc networks

Accelerating solutions for highway safety, renewal, reliability, and capacity. Connected Vehicles and the Future of Transportation

Vehicle Localization. Hannah Rae Kerner 21 April 2015

Emergency Response: How dedicated short range communication will help in the future. Matthew Henchey and Tejswaroop Geetla, University at Buffalo

Maxime Flament, CTO 5GAA GAA

Security for V2X Communications

TomTom Road Event Reporter User Manual

IMPROVING ADAS VALIDATION WITH MBT

5GIC update 5G Test Beds & Trials event 21 st June 2017 NE LEP

Smart Cities & The 4th Industrial Revolution

Testing of automated driving systems

Extreme automation of today s technological marvel - connected cars

W4. Perception & Situation Awareness & Decision making

TomTom PRO Reference Guide

Cloud-based Large Scale Video Analysis

Vision based autonomous driving - A survey of recent methods. -Tejus Gupta

> Acoustical feedback in the form of a beep with increasing urgency with decreasing distance to an obstacle

Chapter 2 Trajectory and Floating-Car Data

Roger C. Lanctot Director, Automotive Connected Mobility

Pattern Recognition for Autonomous. Pattern Recognition for Autonomous. Driving. Freie Universität t Berlin. Raul Rojas

Future Implications for the Vehicle When Considering the Internet of Things (IoT)

Supplier Business Opportunities on ADAS and Autonomous Driving Technologies

Autorama, Connecting Your Car to

Transport Network ITS Spatial Data Deployment Platform

TOWARDS AUTONOMOUS DRIVING

Japan. December 13, C-V2X Trial in Japan. Qualcomm Technologies Inc.

Hybrid Communication. CODECS Workshop / May 19, 2017 Karsten Roscher, Fraunhofer ESK Enrique Onieva, Deusto

Pitch of the Project Proposal Safe and Secure Vehicular Communication Systems

Mobile Mapping and Navigation. Brad Kohlmeyer NAVTEQ Research

ADAS: A Safe Eye on The Road

Naturalistic observations to investigate conflicts between drivers and VRU in the PROSPECT project

Efficient Route Finding and Sensors for Collision Detection in Google s Driverless Car

Big Data for Smart Cities Connected Vehicles in the Wireless World

Parallel Scheduling for Cyber-Physical Systems: Analysis and Case Study on a Self-Driving Car

Optical Sensors: Key Technology for the Autonomous Car

TomTom PRO User Manual

Intelligent Vehicle and Mobility Solutions from Finland. ConCar Berlin 2017 Mikko Koskue

Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs)

V2X: Beyond the Horizon. IBTTA AET Meeting July 18, 2017

Dedicated Short Range Communication: What, Why and How?

Functional Safety Architectural Challenges for Autonomous Drive

Failure Diagnosis and Prognosis for Automotive Systems. Tom Fuhrman General Motors R&D IFIP Workshop June 25-27, 2010

INSTRUMENT CLUSTER 2.0

9th Intelligent Ground Vehicle Competition. Design Competition Written Report. Design Change Report AMIGO

WardsAuto Interiors Conference Creating the Ultimate User Experience

White Paper: VANTIQ Digital Twin Architecture

Authentication with Privacy for Connected Cars - A research perspective -

Measuring the World: Designing Robust Vehicle Localization for Autonomous Driving. Frank Schuster, Dr. Martin Haueis

Hezi Saar, Sr. Staff Product Marketing Manager Synopsys. Powering Imaging Applications with MIPI CSI-2

A Longitudinal Control Algorithm for Smart Cruise Control with Virtual Parameters

Mobile Millennium Using Smartphones as Traffic Sensors

Automotive Cyber Security

High Quality Positioning: a Key to Success for Autonomous Driving

IoT in Smart Cities Technology overview and future trends

PATENT LIABILITY ANALYSIS. Daniel Barrett Sebastian Hening Sandunmalee Abeyratne Anthony Myers

Laserscanner Based Cooperative Pre-Data-Fusion

Transcription:

TomTom Innovation Hans Aerts VP Software Development Business Unit Automotive November 2015

Empower Movement Simplify complex technology From A to BE Innovative solutions Maps Consumer Connect people and data State of the art quality Make available to mass public Connected services Navigation software Telematics Automotive Licensing 2015 TomTom International B.V.,. All rights reserved

TOMTOM INNOVATION 'Five years from now we'll be active in areas we haven't yet dreamed of' Harold Goddijn, CEO TomTom

TOMTOM CONNECTED NAVIGATION SYSTEM Delivering best-in-class navigation experience via easy to use, modular, on-board and off-board navigation components 4 2015 TomTom International B.V.,. All rights reserved

TOMTOM CONNECTED NAVIGATION SYSTEM IN NUMBERS 20 YEARS 127 300 80 MILLION 300 BILLION 10 TRILLION of software development countries supported by our software globally accepted patents users of our software kilometers driven by our users speed measurements collected 5 2015 TomTom International B.V.,. All rights reserved

GPS traces not only enable TomTom to deliver Traffic, but also feed into our map production & updates loop Service Production Map Production GPS traces Traffic service Map updates 6 2015 TomTom International B.V.,. All rights reserved

Automated driving is real and it is big Image: Audi Image: Mercedes Image: Google Image: BMW 7 Copyright 2015. All rights reserved.

Building blocks of Highly Automated Driving (HAD) Sensing and Positioning Connecting and Updating Processing and Decision Making HAD Map Connected Services (Navigation) Software Sensors (radar, camera, ultrasound, laser, etc.) V2V communication High Performance CPUs and Networks V2I communication Artificial intelligence/ Robotics Underlying Control Systems Transmission Steering Braking Acceleration Suspension 8 2015 TomTom International B.V.,. All rights reserved

Examples of TT Innovation: Research on Crowd-sourcing technology and Lane positioning Target: image capturing of lane markings, traffic signs, weather conditions, etc. Fusion of Satellite System, Computer Vision, and Map technology to achieve lane-level vehicle positioning and guidance, bringing navigation to a new level of detail and effectiveness

Examples of TT Innovation: Transactional database & incremental updates The classic way of map making Long cycles between capture, edit & publish! The new way of map making Short cycles between capture, edit & publish! Map closed Map remains open Map editing Feature and Attribute editing Map quality checks Quality checks on Transaction Quarterly map release New Road NDS Incremental updates 10 Copyright 2015. All rights reserved

MASTERING THE CLOSED LOOP TO DELIVER REAL-TIME MAPS TomTom minimizes the delta between the real world and the map in the car: Multi-source change detection, based on largest connected driver community Transactional map-making: automated processing and quality validation incl. mobile mapping vans, government data, satellite images, field survey, etc. Real-time publishing of incremental map changes (using standard NDS format) Continuously Releasable Map Database Incremental Updates Transactional Mapmaking Engine Map In Device Sensor & Report API Intelligent Mapmaking 11 Copyright 2015. All rights reserved

TomTom components enable automated cars to see beyond their sensors Car positioning & planning enabled by Real-Time Maps Road conditions & obstacles enabled by Connected Services TomTom Road Horizon enabled by Software Components Cooperative systems enabled by V2X communication 12 2015 TomTom International B.V.,. All rights reserved

Use case: How TomTom takes Adaptive Cruise Control to the next level Current position 200 M 500 M 5 KM Horizon Legal Speed: 100km/h Curvature: 25⁰ Curve Speed adjusted to 65km/h Legal Speed change: 120km/h Traffic jam Heavy snow 100 13 Copyright 2015. All rights reserved.

Use case: How TomTom enables Traffic Jam Chauffer Current position Now 200 M 250 M Horizon Legal Speed: 100km/h Traffic: Left and Right lane highly congested Accident: Car stopped in left lane Traffic: End of traffic Jam 10 14 Copyright 2015. All rights reserved.

Thank you Any questions?