unmanned helicopter

This paper discusses adaptive yaw control of small-size unmanned helicopter.

本文着重解决小型无人直升机航向自适应控制问题。

The Design of Operation Device for Telecontrol Information Input in Telemetery and Telecontrol Base Station of Unmanned Helicopter

一种无人机遥控信号输入设备的设计和实现

Multi-loop feedback control was employed for underactuated flight control system of unmanned helicopter.

针对无人直升机欠驱动特性,采用多回路反馈方法设计飞行控制系统.

PC-based Simulation System of Landing of Unmanned Helicopter on Ship Deck

基于PC机的无人直升机着舰仿真系统

An Unmanned Helicopter Decoupling Control Based on the Fuzzy PID Control Method

基于模糊PID的无人直升机解耦控制研究

Autonomous flight control system of Unmanned Aerial Helicopter ( UAH) is very important in autonomous flight. The relationship between flight control system and navigation system is close and tight. Navigation system provides accurate flight parameters for flight control system.

无人驾驶直升机能否实现自主飞行，关键在于飞行控制系统，而飞行控制系统又与导航系统密不可分，导航系统为飞行控制系统提供准确的飞行参数。

Autonomous flight control system of Unmanned Aerial Helicopter ( UAH) is a complex control system. Integration of new control algorithms with a variety of different component technologies and resources is required.

无人直升机自主飞行控制系统是一种复杂的控制系统，需要集成新的控制算法与各种不同组件技术和资源。

Quad-rotor unmanned helicopter is an excellent, novel and simple structure unmanned helicopter ( UMH) for both military and civilian usages.

四旋翼无人直升机是一种外型新颖结构简单的无人机，具有一定的军事和民用价值。

LQG control of unmanned helicopter complete source code can be directly used by the test.

LQG控制的无人直升机完整源代码,可以直接使用.

Unmanned Helicopter Base Station Telemetry Data Processing System Based on ISA Bus and CPLD Technology

基于ISA总线的无人驾驶直升机遥测数据地面处理系统

BIT Technology Research and Realization in Unmanned Helicopter Telecontrol System

某型无人直升机遥控系统BIT技术研究与实现

Telecontrol system is the most primary part of unmanned helicopter control system.

遥控系统是无人驾驶直升机控制系统的主要组成部分。

A kind of fuzzy PID controller is proposed based on incremental tuning and evolutionary strategies. Further, by using the developed fuzzy PID method, a practical controller is designed for unmanned tandem helicopter in position command.

提出一种应用进化策略进行PID形式模糊控制器规则扩展及参数优化的方法，并将之应用于纵列式无人直升机的控制器设计。

Unmanned helicopter can complete the tasks which manned aircraft and fixed-wing UAV could not finish because of its unique ability. It is becoming an important part of modern warfare.

无人直升机由于其独特的飞行能力能够完成载人飞机和固定翼无人机无法完成的任务，成为了现代战争的重要组成部分，本文以航模直升机为基础，研究了无人直升机建模及控制系统设计。

The new unmanned helicopter employs a suite of sensors to find hidden hostiles.

崭新的无人驾驶直升机配备了一套探测器,用来找到隐藏的敌对分子.

Calculation of ship flow in viscous fluid with free-sruface effect Analysis of Unmanned Helicopter Hovering in Ship Flow Field over Flight Deck

实际流体中船体绕流流场的理论计算舰面流场对直升机着舰时悬停操纵的影响

Unmanned Helicopter ( UMH) has the unique ability of flying both with the advantages of unmanned aerial vehicles and helicopters, it is valuable in military and civilian.

无人直升机具有独特的飞行能力，兼有无人机与直升机的共同优点，具有重要的军事和民用价值。

Flight control technology for unmanned helicopter ( UMH) is reviewed.

针对无人驾驶直升机的飞行控制技术进行了简要综述。

By introducing VR technology and designing a high speed telemetry data filter algorithm, a high performance long-distance real-time unmanned helicopter TT& C system was constructed.

引入虚拟现实技术，结合遥测数据的快速有效滤波和插补方法形成可视性和可靠性良好的无人直升机远程实时监控系统。

Small unmanned helicopter, because of its light weight, small volume, strong concealment, high flexibility, low cost, and many other advantages and is very widely used in military target reconnaissance, people search, and many other military and civil fields.

小型无人直升机因其质量轻、体积小、隐蔽性强、灵活高、成本低廉等诸多优点而被非常广泛的应用在军事目标的侦察、人员的搜索等众多的军事与民用领域。