The phrase "aircraft classification" is correct and usable in written English.
It can be used in contexts related to aviation, such as categorizing different types of aircraft based on their design, purpose, or capabilities.
Example: "The aircraft classification system helps pilots understand the various types of planes they may encounter during their flights."
Alternatives: "aircraft categorization" or "aircraft types".
This paper discussed the classification of aircraft zones related to fire based on the existence and characteristics of aircraft flammable fluids and ignition sources as well as fire safety provisions in order to establish the aircraft level safety requirements.
a report on the progress of any negotiations described in subsection (a)(2), including the progress of any negotiations with respect to each classification of aircraft set forth in subsection (a)(2), until the President certifies in writing to the committees that all countries that support subsidized export financing programs have agreed to end the support of aircraft covered by the ASU.
High-resolution radar imaging techniques are widely applied in many military and civilian fields, such as target classification and recognition and aircraft traffic control.
"164-New" is an FBI classification code that means "crime aboard aircraft". About 200 pages of additional documents are heavily redacted and show how the FBI tried to figure out the identity of the hijacker.
Their classification of these remote-controlled bots as "model aircraft" makes it clear that although public perception of this technology has changed with the advent of powerful military and surveillance drones, the FAA sees more similarities than differences with the "hobby" aircraft that have been used by enthusiasts for decades.
Participants clicked on the corresponding classification button to register their decision, changing the aircraft's white dot to one of three colors: red for hostile, yellow for uncertain, or green for non-hostile.
Inverse synthetic aperture radar (ISAR) can generate two-dimensional (2D) images for a non-cooperative moving target, which has wide military (e.g., military target classification and recognition) and civil (e.g., civil aircraft control) applications.
JCRs summarize annual elk population counts (i.e., trend counts) and counts by age and sex (i.e., classification counts) conducted by WGFD biologists via fixed-wing aircraft, helicopters, or on the ground.
In line with our holistic assessment of CHEX, we assessed performance on the TEWA subtasks, namely threat evaluation (percentage of correct classifications) and defensive effectiveness (percentage ship hits by a hostile aircraft).
Furthermore, the proposed method was applied to other classification scenarios such as natural versus artificial sounds and musical instruments versus aircraft.
