Vehicular Applications and 5G Marco Gruteser Connectivity Cellular - - PowerPoint PPT Presentation

vehicular applications and 5g
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Vehicular Applications and 5G Marco Gruteser Connectivity Cellular - - PowerPoint PPT Presentation

Vehicular Applications and 5G Marco Gruteser Connectivity Cellular Internet Dedicated Short Range Telematics Radio Data Access Communications (e.g. OnStar) System WiFi Hotspot Bluetooth + LTE 1990 2000 2010 2020 1980 Local Area


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Marco Gruteser

Vehicular Applications and 5G

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2020

Radio Data System Telematics (e.g. OnStar)

Connectivity

1980 1990 2000 2010

Cellular Internet Access Bluetooth WiFi Hotspot + LTE Dedicated Short Range Communications

Wide Area Internal Area Local Area

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Connected Vehicle Applications

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Connectivity Opportunities and Challenges

Entertainment and Productivity Safety and Efficiency Road Sensing

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Vehicle Communications

Private Carmaker Cloud Private Carmaker Cloud

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The Automotive Infoverse: Towards Real-time Road Scene Tracking

7

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Crowd- Sourced Landmark s

Map Matchin g GPS Update

The Automotive Infoverse

Aggregating traces of in-built sensor data to create an Information Universe

  • Vehicular Context Sensing
  • Infrastructure Sensing
  • Localization

Query Optimizer

Cloud Acquisitio n

Interfac e

Query Plan Evaluator

App 1

Acquisition

CARLOG App 2

Sensor Acquisitio n

Rule s

Order

Sensor List 0D 28…

Weather=Bad

  • Design software that permits the rapid

development of apps using the infoverse.

  • Processing the infoverse to explore how to

derive important factors that affect PERCS goals.

  • Exploring methods to generate feedback that

characterize how these factors affect the specific PERCS goal.

  • Develop methods for assuring the quality of

data in the automotive infoverse

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  • Can wearable devices’ inertial sensors be used to detect driver

actions and improve safety?

Mobile Safety Services: Wearable Driver and Car monitoring

smartphone for car movements Wearable for arm movements

  • Can such devices

detect driving?

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V2X: Direct Vehicle-2-Everything Connectivity

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Connectivity and Safety: Extending the Sensing Range and Active Coordination

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Scalability Testing – USDOT/CAMP VSC3

  • 200 DSRC equipped vehicles transmitting BSMs
  • Conducted on testing grounds with vehicles arranged / driven to

model typical and extreme scenarios

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Pedestrian Safety Services

  • Can devices detect when walk off from a sidewalk

into the street?

  • Profiles the surface gradient using shoe mounted

inertial sensors

  • Uses the ground profiles to detect transitions from

sidewalk to street via ramps and curbs

New York City

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Ramp Transition Patterns

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Thank you

Collaborators: Fan Bai, Jinzhu Chen, Don Grimm, Ramesh Govindan, Shubham Jain, Yurong Jiang, Gorkem Kar, Matt McCartney, Hang Qiu, Carlo Borgiattino, Yanzhi Ren, Yingying Chen, Carla- Fabiana Chiasserini, Bin Cheng, Ali Rostami, John Kenney, Gaurav Bansal, Katrin Sjoberg