Noun
/əˌsɛl.əˈreɪ.ʃən ˈfiːdbæk/
Acceleration Feedback refers to a mechanism in a control system where the acceleration of a system is monitored and used to adjust the system's performance. In engineering and control theory, it is crucial for stabilizing systems and ensuring desirable behaviors in response to varying inputs. This term is generally used in technical fields such as robotics, automotive systems, and aerospace engineering. It is more commonly found in written contexts, particularly in technical manuals, research papers, and engineering textbooks, rather than in everyday spoken language.
Acceleration feedback is essential in maintaining stable flight for aircraft during maneuvers.
La retroalimentación de aceleración es esencial para mantener un vuelo estable de aeronaves durante maniobras.
The study showed that implementing acceleration feedback improved the overall efficiency of the robotic arm.
El estudio mostró que implementar la retroalimentación de aceleración mejoró la eficiencia general del brazo robótico.
Engineers designed a new system that utilizes acceleration feedback to enhance vehicle performance.
Los ingenieros diseñaron un nuevo sistema que utiliza la retroalimentación de aceleración para mejorar el rendimiento del vehículo.
In the context of idiomatic expressions, "acceleration feedback" does not have widely recognized idiomatic uses; however, it can be integrated into phrases that may describe a feedback loop or performance optimization in technical contexts. Here are a few sentences using related ideas:
The project increased its success rate by implementing a continuous feedback loop based on the acceleration feedback from the sensors.
El proyecto aumentó su tasa de éxito al implementar un bucle de retroalimentación continuo basado en la retroalimentación de aceleración de los sensores.
The engineers emphasized the importance of mastering the feedback mechanism when adjusting the system for optimal acceleration performance.
Los ingenieros enfatizaron la importancia de dominar el mecanismo de retroalimentación al ajustar el sistema para un rendimiento óptimo de aceleración.
After several trials, the team realized that without proper adaptive feedback, acceleration changes could destabilize the system.
Después de varias pruebas, el equipo se dio cuenta de que sin una retroalimentación adaptativa adecuada, los cambios de aceleración podrían desestabilizar el sistema.
The term acceleration comes from the Latin "acceleratio," which means "to hasten or quicken," while feedback is derived from the combination of "feed" (to supply) and "back" (to return). In combination, "acceleration feedback" conveys the idea of feeding back information about acceleration, particularly in the context of systems and controls.
Synonyms: - Motion feedback - Dynamic feedback - Acceleration response
Antonyms: - Deceleration - Inhibition - Stasis
This comprehensive breakdown highlights the importance of "acceleration feedback" in technical discussions, showcasing its meaning, usage, and related expressions, alongside its linguistic origin and association with other terms.