Should autonomous cars behave like automatons or act like human drivers?

Top 10 tech topics IT leaders should stay on top of
April 23, 2014
Backing up SQL Databases with the VDP Advanced SQL Agent
April 24, 2014
The Crayon Blog

Should autonomous cars behave like automatons or act like human drivers?

Industry Articles | Published April 23, 2014  |   Tejeswini Kashyappan

At Nokia’s Here connected car division in Chicago, researchers are pouring over crowdsourced vehicle data from all of the world, trying to figure out how our future autonomous vehicles should comport themselves on the road.

By comparing high-definition mapping data against the measured behavior of real vehicles, Here is determining the most optimal, safest and most fuel-efficient way for autonomous vehicles to drive on any given highway or through any feasible intersection. There’s only one problem.

The optimal way to drive is not the way real humans actually drive. The traffic patterns on our highways and roads today would look very different if they were completely populated by autonomous cars. Those cars would space them themselves far more closely than all but the most aggressive tailgaters would feel comfortable with. They’d brake too soon when coming at curves, and then they’d accelerate through those curves at speeds fast enough to turn some people’s stomachs.

Read More

Subscribe to the Crayon Blog. Get the latest posts in your inbox!

The Crayon Blog

Should autonomous cars behave like automatons or act like human drivers?

Industry Articles | Published April 23, 2014  |   Tejeswini Kashyappan

At Nokia’s Here connected car division in Chicago, researchers are pouring over crowdsourced vehicle data from all of the world, trying to figure out how our future autonomous vehicles should comport themselves on the road.

By comparing high-definition mapping data against the measured behavior of real vehicles, Here is determining the most optimal, safest and most fuel-efficient way for autonomous vehicles to drive on any given highway or through any feasible intersection. There’s only one problem.

The optimal way to drive is not the way real humans actually drive. The traffic patterns on our highways and roads today would look very different if they were completely populated by autonomous cars. Those cars would space them themselves far more closely than all but the most aggressive tailgaters would feel comfortable with. They’d brake too soon when coming at curves, and then they’d accelerate through those curves at speeds fast enough to turn some people’s stomachs.

Read More

Subscribe to the Crayon Blog. Get the latest posts in your inbox!

The Crayon Blog

Should autonomous cars behave like automatons or act like human drivers?

Industry Articles | Published April 23, 2014  |   Tejeswini Kashyappan

At Nokia’s Here connected car division in Chicago, researchers are pouring over crowdsourced vehicle data from all of the world, trying to figure out how our future autonomous vehicles should comport themselves on the road.

By comparing high-definition mapping data against the measured behavior of real vehicles, Here is determining the most optimal, safest and most fuel-efficient way for autonomous vehicles to drive on any given highway or through any feasible intersection. There’s only one problem.

The optimal way to drive is not the way real humans actually drive. The traffic patterns on our highways and roads today would look very different if they were completely populated by autonomous cars. Those cars would space them themselves far more closely than all but the most aggressive tailgaters would feel comfortable with. They’d brake too soon when coming at curves, and then they’d accelerate through those curves at speeds fast enough to turn some people’s stomachs.

Read More

Subscribe to the Crayon Blog. Get the latest posts in your inbox!

The Crayon Blog

Should autonomous cars behave like automatons or act like human drivers?

Industry Articles | Published April 23, 2014  |   Tejeswini Kashyappan

At Nokia’s Here connected car division in Chicago, researchers are pouring over crowdsourced vehicle data from all of the world, trying to figure out how our future autonomous vehicles should comport themselves on the road.

By comparing high-definition mapping data against the measured behavior of real vehicles, Here is determining the most optimal, safest and most fuel-efficient way for autonomous vehicles to drive on any given highway or through any feasible intersection. There’s only one problem.

The optimal way to drive is not the way real humans actually drive. The traffic patterns on our highways and roads today would look very different if they were completely populated by autonomous cars. Those cars would space them themselves far more closely than all but the most aggressive tailgaters would feel comfortable with. They’d brake too soon when coming at curves, and then they’d accelerate through those curves at speeds fast enough to turn some people’s stomachs.

Read More

Subscribe to the Crayon Blog. Get the latest posts in your inbox!