www.design-reuse-embedded.com

SEARCH SOLUTIONS

- Categories
- RISC-V
- Embedded Processing
- 5G, 3GPP LTE SoCs
- IoT SoCs
- Artificial Intelligence SoCs
- Automotive SoCs
- Space and Avionics
- Security Solutions & SoCs
- Audio & Video SoCs
- Design Platforms
- Monitoring and Verification
- SoC Design Services
- Find your best SoC design partner

Partner Videos D&R Events

- IP-SoC Days 2024
- IP-SoC Days 2023
- IP-SoC Days 2022
- IP-SoC Days 2021
- IP-SoC Days 2020
- IP-SoC 2023
- IP-SoC 2022
- IP-SoC 2021
- IP-SoC 2020

On Demand Webinars NEWS

Find Top SoC Solutions

for AI, Automotive, IoT, Security, Audio & Video...

Can Mobileye Validate 'True Redundancy'?

Intel/Mobileye’s robocars start running in Jerusalem

Junko Yoshida, EETimes
5/22/2018 02:01 PM EDT

MADISON, Wis. — Sure, autonomous vehicles can run safely on public roads without a driver — mostly. The operative word here is “mostly.”

It’s time that both AI developers and the tech-gullible media ceased to marvel over the incredibly fast, powerful processors and advancements of sensor technologies. Yes, science has advanced. The bigger questions to ask are how we can be sure that robocar sensors are giving out accurate perception information, whether we can explain the decisions made by AI, and — most importantly — how we validate the safety of autonomous driving.

Intel/Mobileye held a media event in Jerusalem last Thursday, offering a group of reporters a taste of travel inside Mobileye’s autonomous vehicle equipped with 12 cameras but no other sensors. The company is testing 35 AVs currently available “in inventory” out of some 100 vehicles that Intel previously promised to build before the end of this year.

Click here to read more ...