Researchers from the Computer Science and Artificial Intelligence Laboratory (CSAIL) at Massachusetts Institute of Technology (MIT) have presented a new lane-changing algorithm for autonomous cars. This creates and reassesses ‘buffer zones’ around a vehicle and is said to allow for more aggressive lane changes than existing simple lane-change algorithms, which ...
To continue reading this article and others like it, please SIGN-IN or REGISTER FREE today.
Register free now to stay up-to-date with the latest industry developments, trends, and analysis, to find in-depth reports and intelligence and to connect with your peers.
Your free registration includes:
Gain access to our exclusive content and features register today
Non-registered users are able to access two AIT exclusive articles per week. You have now used your allocation.
To continue reading this article and others like it, please SIGN-IN or REGISTER FREE today.
A squeeze on automotive suppliers, together with the adaptation of new technology, will lead some major players to play a bigger role in overall vehicle development cycles, especially in shaping customer user experiences
Should automotive manufacturers and the supply chain fear or embrace this surprise announcement from the consumer technology giant?
The latest report by Automotive from Ultima Media examines the profits and outlook for the top 20 automotive parts suppliers and explores the strategies and solutions they should consider to avoid significant disruption in the 2020s, including the key role they will play in automotive design and R&D
