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Gizmos & Gadgets: How Crowdsourced Data Will Change How Autonomous Cars Navigate City Streets

January 30, 2019 – Meet Mapillary, a Malmo, Sweden-based company that is learning to create street-level navigation through crowdsourcing. The maps it creates represent the collected data from thousands of volunteers who send in imagery and location to the company which then renders it into accurate, up-to-date 3D images for navigation.

Mapillary can be integrated into almost any tool, application or website. It connects to the most popular geographic information systems (GIS) through integration with ArcGIS, OpenStreetMap, and HERE Map Creator. Mapillary co-founder, Jan Erik Solem, a mathematician by training, describes the difference between his product and Google Maps and Street View, as a mapping system that doesn’t need a camera-equipped vehicle out on the road constantly refreshing the centralized image database.

Instead, Mapillary involves individuals, institutions, and companies to contribute images that can be immediately incorporated into online maps. For navigation systems, the difference between a Google Streetview and Mapillary would be immediately notable when road conditions suddenly change, a sudden storm, a flash flood, powerlines down or a fallen tree, all likely to make a street impassable.

The collaborative model is Mapillary’s unique value proposition. The question is can the company sell it to automotive developers building navigations systems for their models, and eventually for autonomous vehicles. The ability to produce maps and digital images of hazards happening in real-time will make self-driving vehicles more reliable.

To publish street-level imagery and accurate maps, the application imports and renders the data it collects using computer vision and machine learning technologies. As more images get shared the maps automatically update creating real-time, street-level views. Images and data can be extracted by time and by objects within the images which are then visually displayed on maps.

Currently, Mapillary is adding hundreds of thousands of images daily from volunteer contributors all over the world helping it to build a global cloud map of all major roads on Earth.

The application automatically detects 65 classes of objects including:

Curb
Fence
Guard rail
Barrier (other)
Lane separator
Wall
Bike lane
Crosswalk (basic)
Curb cut
Parking
Pedestrian area
Rail track
Road
Road shoulder
Service lane
Sidewalk
Traffic island
Bridge
Building
Garage
Tunnel
Person
Lane marking (dashed)
Lane marking (solid)
Crosswalk (zebra)
Lane marking (other)
Lane marking (stop line)
Lane marking (text)
Sky
Snow
Lawn
Trees
Water
Banner
Bench
Bike rack
Billboard
Catch basin
Fire hydrant
Junction box
Mailbox
Manhole
Parking meter
Pothole
Streetlight
Pole (generic)
Traffic sign frame
Utility pole
Traffic cone
Traffic light
Traffic sign
Construction sign
Trash can
Bicycle
Boat
Bus
Car
Caravan
Motorcycle
Train
Vehicle (other)
Trailer
Truck
Wheeled slow vehicle
Wire group

The computer vision visualizes everything and places these objects in real-time on maps.

Besides all these objects the application detects and differentiates among 1,500 types of traffic signs from 100 countries.

To become a Mapillary contributor you just have to sign up and start sending them pictures of your streets. The company sponsors mapathons and Maptime events to spread the word. Companies, utilities, and governments can open a Mapillary account and begin building cloud-based maps.

 

lenrosen4
lenrosen4https://www.21stcentech.com
Len Rosen lives in Oakville, Ontario, Canada. He is a former management consultant who worked with high-tech and telecommunications companies. In retirement, he has returned to a childhood passion to explore advances in science and technology. More...

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