The phrase "automated features" is correct and usable in written English.
You can use it when referring to functionalities or capabilities of a system or software that operate automatically without human intervention.
Example: "The new software update includes several automated features that streamline the user experience and improve efficiency."
Alternatives: "automated functions" or "automatic capabilities".
But crashes raised questions about the process Boeing, with the FAA's help, used to certify that planes were safe and that pilots understood the aircraft's automated features.
The second phase is when all these automated features combine into a system where there is enough feedback and enough assurance against failure that the driver can temporarily cede control to the machine.
This paper is devoted to new challenging control problems arising in the automotive industry as a consequence of the customer-driven performance specifications adopted by car builders which have dramatically increased the number of new proposed automated features, where feedback interacts with the driver.
The paper presents a series of examples concerning systems that provide assisted automated devices (i.e., electrical power steering and assisted clutch synchronization), as well as systems with fully automated features (i.e., steer-by-wire system and stop-and-go), in which these aspects are assessed.
Duke is strongly encouraging the use of this system since it will save you time now and in the future due to its automated features.
In terms of future work, we intend to continue developing new approaches that add new automated features so that we can compare more than two approaches.
STL model preprocessing, Region segmentation and automated Feature recognition.
The change is meant to address an automated feature of the Max jets that Indonesian investigators say may have been a factor in the Oct. 29 crash.
Also at issue is how Boeing and the FAA allowed training for pilots to fall short on 737 Max planes with the automated feature.
We use Bro to process network traffic into base features and then apply automated feature engineering to calculate a larger set of derived features.
For identification and mapping of the mounds we use and evaluate two automated feature extraction (AFE) techniques, object-based image analysis and an inverted pit-filling algorithm ("iMound").
