Aircraft Sensor(飞机传感器)研究综述
Aircraft Sensor 飞机传感器 - Control firmware in unmanned aircraft systems (UAS) manage the subsystems for in-flight dynamics, navigation and aircraft sensors. [1] Paper deals with the use of aircraft sensors to obtain meteorological parameters required for predictive weather models, using parameters in ATM and meteorological research. [2] Aircraft sensors generate multivariate time series during flights, where each sensor corresponds to one variable. [3] In this way, the filter can predict and correct the interference in the aircraft sensors, thereby guaranteeing flight stability even when the AUAV is very close to the electromagnetic sources. [4] The suggested datasets are made of data retrieved from aircraft sensors and the proposed methods represent different alternatives for RUL prediction. [5] This paper presents an energy harvesting system to reduce the mass of the cables within an aircraft, focusing on the development of a power conversion chain to harvest energy from data lines, which is eventually used to supply the aircraft sensors or wireless monitoring. [6] Risks are associated with weather conditions, anticipated flight maneuvers, aircraft sensors and technologies, as well as aviator training and experience, attentiveness, and physiological conditions. [7] The suggested datasets are made of synthetic data received from aircraft sensors and the proposed methods represent different methodologies for the RUL calculation. [8] In his time, cloud physics was a science that had a significant focus on microphysical to cloud scale processes – scales that could be readily touched by laboratory or by aircraft sensors. [9]无人机系统 (UAS) 中的控制固件管理用于飞行动力学、导航和飞机传感器的子系统。 [1] 论文涉及使用飞机传感器获取预测天气模型所需的气象参数，使用 ATM 和气象研究中的参数。 [2] 飞机传感器在飞行期间生成多变量时间序列，其中每个传感器对应一个变量。 [3] 通过这种方式，滤波器可以预测和纠正飞机传感器中的干扰，从而即使在 AUAV 非常靠近电磁源时也能保证飞行稳定性。 [4] 建议的数据集由从飞机传感器检索的数据组成，建议的方法代表了 RUL 预测的不同替代方案。 [5] 本文介绍了一种能量收集系统，以减少飞机内电缆的质量，重点是开发一种电源转换链，以从数据线上收集能量，最终用于为飞机传感器或无线监控供电。 [6] 风险与天气条件、预期的飞行机动、飞机传感器和技术以及飞行员的训练和经验、注意力和生理状况有关。 [7] 建议的数据集由从飞机传感器接收的合成数据组成，建议的方法代表了 RUL 计算的不同方法。 [8] 在他那个时代，云物理学是一门非常关注从微观物理到云尺度过程的科学——实验室或飞机传感器可以很容易地接触到这些尺度。 [9]
aircraft sensor fault 飞机传感器故障
Therefore, early detection of Aircraft sensor faults is of great significance for ensuring flight safety. [1] An approach to detect and isolate aircraft sensor faults is proposed, and a new integrated structure for a fault tolerant aircraft control system is presented. [2]因此，及早发现飞机传感器故障对于保障飞行安全具有重要意义。 [1] 提出了一种检测和隔离飞机传感器故障的方法，并提出了一种容错飞机控制系统的新集成结构。 [2]