机载平台

天线间的隔离度是机载平台电磁兼容（EMC）的重要指标之一。

Isolation between antennas is an important index for electromagnetic compatibility ( EMC ) on airborne platform .

用MoM-UTD混合方法分析机载平台天线间的隔离度

A Hybrid MoM-UTD Method for Analyzing Isolation between Antennas on Airborne Platform

对机载平台采用平板、圆柱和圆锥建模，将MoM-UTD混合方法应用于机载平台天线间隔离度的分析。

An airborne platform is modeled using flat plates , circular cylinders and cones . The hybrid MoM-UTD method is applied to the analysis of isolation between antennas mounted on an airborne platform .

插值技术的引入在保证了计算结果正确的基础上，大大减少了计算量，缩短了计算时间，使MoM-UTD混合方法能够更为快速而有效的分析机载平台天线间隔离度的频率特性。

The introduction of interpolation technique decreases the calculation amount greatly and reduces the calculation time , and as a result it makes the hybrid MoM-UTD method a fast and accurate method in analyzing the frequency response of the isolation between antennas mounted on an airborne platform . 5 .

基于GPS/惯性导航的机载平台导引系统

The Guidance System of Helicopter-Loaded Platform Based on GPS / Inertial Navigation

机载平台运动特性仿真转台研究

The Research on the Simulation Rotating Table for the Movement Characteristic of the Airborne Flatform

研究了GPSO/FEKO方法在机载平台天线系统布局设计中的应用。

Applications of the FEKO / GPSO method in optimizing arrangement of antennas in small aircraft platforms are investigated .

雷达平台已经从最初的地基平台发展到了现在的机载平台、星载平台。

From the initial Ground-based platform , the Radar platform has developed to the air-borne platform and space-borne platform .

该方法具有可靠性高、精确度高、便于自动控制、不依赖于机载平台运动方向等优点。

The method has features of higher reliability , higher precision , easy to automatic control and independent on platform direction .

对于小型机载平台的机星地实时传输系统，高灵敏度的数字接收机设计是影响系统性能的关键因素之一。

For small air-platform based air-satellite-ground mode real-time transmission system , high sensitive receiver plays an important role in system designing .

介绍了一种针对航空机载平台的多波段、多传感器瞄准线（光轴）及其安装基准轴之间一致性进行检测和定量标定的一种方法。

The article introduces a method which test and demarcate consistency of multichannel , multi-sensor optic axis and datum line of airborne flat form , designs a equipment to analyze the error .

但高机动机载平台又需要很高的脉冲重复频率和信噪比，这样对步进频率收发系统的频率切换速度和相位噪声又提出了更高的要求。

Low altitude airborne platforms with high mobility need high pulse repetition rate and signal-noise ratio , thus request radar transceivers to have lower phase noise and as higher frequency switching speed as possible .

相机的成像质量受多方面因素的影响，包括相机本身的硬件、机载平台、环境条件等，其中由于机载平台的运动产生的像移是影响成像质量的重要因素。

There are many reasons that influence on image quality , including self-hardware of camera , aeroplane and environment etc. Thereinto , image movement that comes into being by aeroplane movement is important cause to influence on image quality .

为了适应机载光电平台内部空间狭小，航空数码相机多采用单CCDBayer彩色相机，而Bayer彩色图像在下传的过程中会出现串色干扰，图像质量损失较大。

In order to adapt the small inside space of airborne optical platform , airborne digital cameras are almost single-CCD Bayer color camera . During the images downloading , Bayer color images data interleaving occurs and the image quality losses .

本文进行的主要工作如下：1.从机载SAR平台与运动目标空间位置关系出发，分析了运动目标径向速度和方位向速度对SAR成像的影响。

The main work of the paper is as follows . 1 . According to the position between the moving target and the airborne SAR platform , the paper studied the effect to the SAR image because of the radial and azimuth velocity of moving target . 2 .

针对利用机载运动平台对窄带微波信号进行侦测的背景，研究了被动虚拟阵列（PASA）对窄带微波信号的参数估计性能。

In this article , performance of estimation of signal parameters in PAssive Synthetic Array ( PASA ) is studied , focusing on the background of airborne platform intercepting narrowband microwave signals .

机载光电平台的稳定与跟踪伺服控制技术研究

Study on Stabilization and Track Control Techniques of Airborne Opto-Electronic Platform

基于机载干扰平台的移动通信网络干扰可行性分析

Research on the interfere feasibility of mobile communication based on aircraft-jamming

机载光电平台内框架刚度及模态有限元分析

Finite Element Modality and Stiffness Analysis of Airborne Electro-optical Platform Inner-gimbal

无人机载光电平台减振升降机构设计压缩机用永磁同步电机减振降噪方案

Design of Vibration-absorber Lifting Mechanism for Pilotless Airbone Optoelectronic Platform

微机械陀螺在机载光电平台中的应用

The Application of MEMS Gyroscope in Electro-Optical Platform on Aircraft

机载光电平台隔振装置特性研究

The Characteristic Study of Vibration Absorber for Airborne Optoelectronic Platform

机载测量平台中的坐标转换误差分析

Analysis on coordinate conversion error of airborne measuring device

机载软件平台搭建及飞行实验验证。

Build the airborne control system software and complete the flight experiment verification .

机载光电平台是无人机的重要任务设备之一。

The airborne electro-optical platform is one of the role equipments of the unmanned vehicles .

给出了机载观测平台水平直线飞行且无飞行姿态变化条件下的定位表达式。

Some locating expressions are given when the observer is flying along a horizontal beeline without any posture change .

随着数字相机技术的发展，以胶片为主体的机载航空平台逐步向数字化平台发展。

With the development of digital camera technology , the film-oriented airborne remote sensing platform is developing toward digital imaging platform .

机载光电平台稳定与跟踪系统由于受到外部各种干扰的影响，需要首先建立一个稳定控制回路。

In stabilizing and tracking system of opto-electronic platform , a stabilizing control loop must be designed firstly because of various external disturbances .

第六章研究了观测平台的飞行姿态变化对测距定位的影响，给出了在机载观测平台发生飞行姿态变化情况下定位求解的两种思路。

In Chapter Six , the influence for flying posture change of the observer on locating process is studied . Two resolving methods are given .

航迹关联是分布式多平台数据融合系统中的一项关键技术，本文探讨了机载多平台航迹关联算法及数据对准问题。

Track association is one of the key issues in distributed multi-platform multi-sensor data fusion system . This paper presents some algorithms for track association and deals with the data alignment problem .