MIT trains self-driving cars to change lanes like human drivers do
 

MIT trains self-driving cars to change lanes like human drivers do

MIT researcher’s at CSAIL have developed a lane-changing algorithm for self-driving cars. the algorithm allows for aggressive lane changes much like the kind only real drivers would be capable of.

 

it works by computing ‘buffer zones’ around autonomous vehicles and reassessing them on the fly. MIT uses a mathematically efficient approach which calculates new buffer zones if the default buffer zones lead to performance that’s far worse than a human’s driver.

MIT trains self-driving cars to change lanes like human drivers do

MIT’s new autonomous navigation system, maplite

images courtesy of MIT CSAIL

 

 

the optimization solution will ensure navigation with lane changes that can model an entire range of driving styles, from conservative to aggressive, with safety guarantees,’ says rus, who is the director of CSAIL. toyota is backing the project alongside the office of naval research.

 

MIT is leading developments in technology regarding driverless cars. earlier this month MIT unveiled a new autonomous navigation system called maplite allowing driverless cars take on rural roads without any prior mapping.

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