Skip to main content

Microtraffic - Safer Mobility with Artificial Intelligence

Page 1

Pattern recognition, sensing, perception, and prediction. How artificial intelligence can deliver safer mobility IRF Panel @ Intertraffic 2022 | Amsterdam

craig.milligan@microtraffic.com


OUTLINE

Road Safety Analytics

•

4 core capabilities enabled by AI

•

Core capabilities relationship to road safety

•

The promise of AI in road safety

•

Prediction + will = prevention

•

MicroTraffic’s implementation of AI for safer mobility.

Microtraffic.com


Four core capabilities enabled by AI

• Pattern recognition

• Sensing • Perception

• Prediction

Image Credit: IBM

Microtraffic.com


Pattern recognition and road safety • Operational / traffic flow patterns

• Behavioural patterns • Injury patterns

• Pattern recognition failures Image Credit: IBM

Microtraffic.com


Sensing and road safety

Image Credit: Fireseeds North Road Safety

•

Digital mapping

•

Hazard awareness

•

Incident response

•

Sensing failures and human factors

Microtraffic.com


Perception and road safety

Image Credit: IBM

•

Gaps

•

Speeds

•

Traffic control

•

Geometry

•

Data resolution

•

Perception failures

Microtraffic.com


Prediction and road safety

Image Credit: IBM

•

Where will the next fatality occur?

•

Will a given action result in fewer fatalities?

•

What will the road users do?

•

When will a facility switch from safe to unsafe?

•

Prediction failures

Microtraffic.com


The promise of AI in road safety

1.3 million lives per year: the cost of pattern, sensing, perception, and prediction failures 1.3 million lives per year: the promise of lives saved through road safety applications that leverage the four core capabilities of AI.

Image Credit: IBM

Microtraffic.com


Scenario-based progress

If you cannot predict, you will plan in the dark. If you can predict, you can design a scenario that will deliver road safety. If you can design a scenario through prediction, all that remains is the will to implement it.

Image Credit: IBM

Microtraffic.com


Near-miss data for every city, from every sensor MicroTraffic’s implementation of AI for safer mobility

Safer Mobility through Artificial Intelligence

craig.milligan@microtraffic.com


Latent Risk Cannot yet be seen in crash data

Road Safety Analytics

Microtraffic.com


MicroTraffic Born at a sobering moment.

Road Safety Analytics

Microtraffic.com


BEHAVIOURAL SURROGATES

MicroTraffic Computer Vision Spatially accurate; sensor-agnostic Road Safety Video Analytics

MicroTraffic.com


MicroTraffic Kinetic Risk Models Crash prediction from tracks with 94% accuracy1

1 Anarkooli, Persaud et al. (2021). Transportation Research Record Vol. 2675(5) 214–225

Microtraffic.com


Smart Cities Solutions Diagnostic Snapshots Edge Analytics Used by 95 communities

Road Safety Analytics

Microtraffic.com


Automotive Solutions Training Data Warning Data Used by Waymo

Road Safety Analytics

Microtraffic.com


Insurance Solutions Pricing maps Loss control messaging Pilot with Aviva

Road Safety Analytics

Microtraffic.com


Join MicroTraffic • Proactive Cities • Snapshot Distributors

• Sensor Partners • Engineering Firms • Car Companies

• Insurance Companies

Road Safety Analytics

Microtraffic.com


Thank you

craig.milligan@microtraffic.com


Turn static files into dynamic content formats.

Create a flipbook
Microtraffic - Safer Mobility with Artificial Intelligence by RAI Amsterdam - Issuu