unmanned aerial vehicle

Data acceptance and treatment subsystem is an important component of Unmanned Aerial Vehicle ( UAV) meteorological exploration system.

数据接收与处理子系统是无人机气象探测系统的重要组成部分。

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Real-time attitude angle estimation for unmanned aerial vehicle based on skyline detection

基于天际线识别的无人机实时姿态角估计

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Research on Flight Simulation and Intelligent Control for Unmanned Aerial Vehicle

无人驾驶飞机飞行仿真与智能控制的研究

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The general conceptual design method of tailless Unmanned Aerial Vehicle ( UAV ) was researched in this paper.

本论文主要研究无尾式 无人机 总体概念性设计方法.

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As compared to manned aircraft, unmanned aerial vehicle has some unique advantages, from the beginning of this century, the development of UAVs has been greatly accelerated.

由于无人机和有人机相比具有独特的优势，从本世纪初开始，无人机得到了巨大的发展。

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Based on the driving model of unmanned aerial vehicle ( UAV) simulation servo system, a novel scheme based on on-line learning error back propagation algorithm ( EBPA) was proposed in designing UAV simulation servo system.

针对无人机（UAV）仿真伺服系统的驱动模型，提出了一种将误差反传算法用于UAV仿真伺服系统在线学习设计的新方案。

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The calibration system of sensor is designed and realized. Sensors in the unmanned aerial vehicle system such as attitude angle sensor, barometric height sensor and airspeed sensor are calibrated times without number. Each of their stationary models is deduced.

设计实现了传感器标定建模，以无人机系统中倾角传感器、气压高度传感器和空速传感器等为例，进行了传感器数据的标定拟和，得到了各传感器的静态模型。

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Intelligence Test and Fault Diagnose of Unmanned Aerial Vehicle Based on Virtual Instrument

基于虚拟仪器技术的无人飞行器智能检测与故障诊断

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It will become the world's longest endurance unmanned aerial vehicle.

它将成为世界上航时最长的无人驾驶飞行器。

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Research and Design of Sensor Subsystem of AutoPilot for Unmanned Aerial Vehicle

小型无人机自驾仪传感器子系统的研究与设计

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The overall characteristic parameters which have the influence on the reconnaissance effectiveness of High-Altitude Long-Endurance ( HALE) Unmanned Aerial Vehicle ( UAV) is analyze, and the evaluation criterion formulas for reconnaissance effectiveness on the basis of above analysis is establish;

详细分析了影响高空长航时无人机侦察效能的总体性能参数，在此基础上建立了侦察效能的评估公式；

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A China-developed Wing Loong-2H unmanned aerial vehicle ( UAV) took a 4.5-hour flight to Mihe township in Gongyi city, one of the most seriously ravaged of Emergency Management said.

应急管理部表示，我国自主研发的翼龙-2H无人机飞行4.5小时抵达河南省巩义市米河镇。该镇是河南省受灾最严重的一个地区。

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According to the flight feature of high-speed unmanned aerial vehicle ( UAV), a kind of federated Kalman filtering based on constant acceleration moving is presented.

针对高速无人飞行器运动的特点，设计了一种基于匀加速直线运动的联邦卡尔曼滤波器。

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Research on Mission Planning System of Multiple Unmanned Aerial Vehicle Based on Multi-Agent System

基于MAS的多无人机任务规划系统研究

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Simulation Platform Design and Realization for Unmanned Aerial Vehicle Formation Control

用于阵形控制的无人机编队飞行仿真平台设计与实现

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Fault injection system based on software for unmanned aerial vehicle

软件实现的无人机故障注入系统

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The Research of Automatic Flight Control System of High Static Stability Unmanned Aerial Vehicle

高静稳定性无人机飞行控制系统研究

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Design of arresting net recovery system for certain unmanned aerial vehicle

某型无人机拦阻网回收系统设计

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Radar Countermeasure Simulation System of Unmanned Aerial Vehicle Based on HLA

基于HLA的无人机雷达对抗仿真系统

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Beyond Line of Sight Multi-path Relay with Unmanned Aerial Vehicle Platform

无人机平台的超视距多链路中继

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The attitude control is the base of autonomic flight control for unmanned aerial vehicle ( UAV). The control law is the most important part to the flight quality and it determines whether the UAV can fulfill the target of autonomic flight.

姿态控制是无人机自主飞行控制的基础，其控制律设计结果对无人机飞行特性的影响至关重要，它决定了无人机是否能够满足自主飞行要求。

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Research of Unmanned Aerial Vehicle ( UAV) Side Force Control Law Design

无人机直接侧力控制律的研究

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