mav

The thesis studies the modeling method of MAV using system identification .

本文主要研究有关微型飞行器辨识建模方法及其实现途径。

Research on Control and Navigation System for MAV

微型飞行器控制与导航系统研究

Military Application and Development and Key Technologies of MAV

微型无人机军事应用、研究进展及关键技术

MAV Linear Model Approach Based on Parameters Uncertainty

基于参数不确定性的MAV模型线化方法研究

μ - Synthesis Research on MAV Flight Controller Design

MAV飞行控制器的μ综合设计方法

Design and Dynamic Characteristics Study of Micro Actuator of Flapping-Wing MAV

微扑翼飞行器驱动机构的设计与动态特性研究

Application of 3D Visualization Technology in MAV Flying Simulation

三维可视化技术微型飞行器仿真中的应用

The General MAV 's Aerodynamics Engineering Estimation Environment Development

一个通用的微型飞行器气动工程估算环境的开发

Based on 3D structure model , the kinematics of MAV is simulated firstly .

首先建立了飞行器的三维结构模型，根据飞行器的扑翼运动规律进行了运动仿真。

Benefits and Costs Analysis of Relaxed Static Stability for MAV

MAV放宽静稳定性设计的效益/代价分析

Application of PSO Algorithm in MAV Swarm Parallel Simulation

PSO算法在MAV群并行仿真试验中的应用研究

Study of an UWB Communication Channel in the MAV

一种超小型无人机超宽带通信信道模型研究

Micro data recorder research in measuring MAV attitude

微型数据记录仪在MAV姿态测量中应用研究

The smallest is the MAV ( Micro Air Vehicle ) .

最小的是MAV（微型航空器）。

Bionic study of insect flight started with the appearance of MAV concept recent years .

近几年，随着微飞行器概念的提出，人们开始了对昆虫飞行的仿生研究。

Study of Flapping-wing MAV Based on MEMS Technology

基于MEMS技术的扑翼式微飞行器的研究

Study on Flight Characteristic of Propeller - MAV

螺旋桨式微型飞行器飞行特性分析

The Micro Air Vehicle ( MAV ) is one kind of important micro system , which has a broad application .

微型飞行器是一种重要的微器件集成系统，有广阔的应用前景。

The difference of flows , around MAV and around a large one , was studied by using such numerical solution .

使用该数值算法，对某常规气动布局的MAV进行流场模拟和分析，并比较了其流场与常规尺寸飞行器的不同。

On Exploring Design , Construction and Operation of a Flexible Wing MAV ( Micro Air Vehicle ) Prototype

柔性翼微型飞行器试验样机研究

Research on nonlinear dynamics of Micro Air Vehicles ( MAV ) plays an important role in MAV design .

微型飞行器（MAV）非线性飞行力学特性研究是MAV设计中的一个重要环节。

There are electric signals , data signals and communication data in the control system of micro air vehicle ( MAV ) .

微型飞行器控制系统中的信号主要分为电压信号、数据和通信信号。

Numerical study of aerodynamics for flexible membrane flapping-wing MAV

柔性膜微型扑翼飞行器气动力的数值研究

Research on Micro Aerial Vehicle ( MAV ) Flight Control Using Shape-Change Effector Arrays

使用形变装置序列控制微型飞行器的问题研究

Recently , under the stimulation of the increasing application prospect , MAV has become into an international hot topic .

近年来，在不断增长的应用前景刺激之下，微型飞行器正逐步成为一个国际性的研究热点。

Finite-Element Simulation of Plan View Pattern Control during Plate Rolling Process Study of the Wing Shape of Flapping-Wing MAV

中厚板轧制平面形状控制的有限元模拟研究扑翼飞行器机翼平面形状设计方法研究

The lift and drag coefficient of flapping-wing MAV in different motion modes are calculated .

计算了扑翼微飞行器在不同运动模态下的升阻力系数；

Let - off Mechanism on MAV Loom

关于MAV型织机送经机构的讨论

The technique of autonomic flight control for Micro air vehicle ( MAV ) is being researched in universal research area .

微型飞行器（MAV）的自主飞行控制是目前国内外微型飞行器研究领域正在积极开展的一项研究。

First of all , MAV and MAV swarm have been established with the method of modeling based on agent .

在这一部分中，首先利用基于Agent的建模方法建立了MAV及MAV群的并行仿真模型。