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.
To read the full article, click here
Related Semiconductor IP
- RISC-V Display Connectivity Subsystem (DCS)
- AES-GCM - Authenticated Encryption and Decryption
- AES-GCM Authenticated Encryption and Decryption
- AES-GCM - Authenticated Encryption and Decryption
- Verification IP for C-PHY
Related News
- True Circuits Introduces Spread Spectrum and Low Bandwidth Phase-Locked Loop Hard Macros
- CriticalBlue Provides EDA’s First True Co-Processor Synthesis Toolset for Embedded Microprocessor Applications
- RF Engines releases new flexible bit true models for its Vectis Pipelined FFT and Ventrix Polyphase DFT IP Cores
- True Circuits Introduces Delay-Locked Loop Hard Macros
Latest News
- Semidynamics and SiPearl Announce Strategic Cooperation to Develop EU-Sovereign Rack-Scale AI Compute Platform
- Arm delivers record-breaking quarter and full-year results
- SEMIFIVE and ICY Tech Achieve Successful Tape-out of 8nm eMRAM-Based Edge AI SoC, Targeting First Commercialization in Asia
- QuickLogic to Showcase EOS™ S3 and eFPGA Solutions at Sensors Converge
- Rambus Introduces PCIe® 7.0 Switch IP with Time Division Multiplexing for Scalable AI and Data Center Infrastructure