编队飞行

GPS在航天器编队飞行任务中的基础性作用

GPS Playing A Basic Rule in Multi-Spacecraft Formation Flying Missions

基于GPS的微小卫星编队飞行自主导航

Autonomous Navigation of Micro-satellite Formation Flying Using GPS

飞机编队飞行。

The aircraft are flying in formation .

群鸟齐飞，蔚为壮观。欧椋鸟在冬天南迁到非洲，晚上在罗马市中心筑巢取暖，排成编队飞行以躲避捕食者。

A synchronised spectacle of breathtaking beauty . The starlings migrate in winter , south to Africa , nesting at night in central Rome for warmth , flying in formation to avoid predators .

基于GPS测量的编队飞行的主星轨道对星间基线确定的影响

Influences of the Master Satellite Orbit on the Inter-satellite Baseline Determination for GPS-based Formation Flying Satellite System

GPS相位平滑伪距严密定权及其在卫星编队飞行相对定位中的应用

Strict Weight Matrix Definition of GPS Carrier-Smoothed Code and its Application to Relative Positioning of Satellite Formation Flying

J2摄动对编队飞行卫星相对轨道构形的影响

J_2 perturbation effect on relative orbital configuration of satellites in formation flying

卫星编队飞行中相对轨道的J2摄动分析

J_2 perturbation analysis of relative orbits in satellite formation flying

地球J2摄动下卫星编队飞行自主相对定轨研究

Autonomous Relative Orbit Determination for Satellite Formation Flying under J_2 Perturbation of Earth

编队飞行卫星相对运动的零J2摄动条件

J_2 invariant perturbation conditions for the relative movement for satellites in formation flying

仿真结果验证了CDMA是卫星编队飞行中最优的信道复用技术。

Simulation results validate that CDMA is the most suitable channel multiplex technology for satellite formation .

小卫星空间圆形编队飞行队形设计与比例-微分（PD）控制

The Space Circular Formation Design and the Proportional-Differential ( PD ) Control of the Small Satellites Formation Flying

考虑J2项摄动的卫星编队飞行

Satellite Formation Flying with J_2 Perturbation

编队飞行InSAR的平地效应与地形高度效应分析

Flat Earth Effect and Terrain Height Effect in Formation Flying InSAR

机载编队飞行InSAR的运动误差分析与补偿

Motion Error Analysis and Compensation for Airborne Formation Flying InSAR

星载编队飞行InSAR地形图生成方法研究

Study on DEM generation in satellite-borne InSAR formation flying

基于CMAC的无人机紧密编队飞行控制研究

Research on multi-UAVs close formation flight control based on CMAC

论文依据Hill方程对小卫星空间圆编队飞行机理进行了分析，说明了要实现空间圆编队飞行应该满足的基本条件。

Base on the HILL equation , this paper analyses the principle of satellite formation flying on circular orbits , and gives some qualifications .

建立了多UAV松散编队飞行的轨迹优化模型。将多UAV编队飞行过程划分为编队构成与编队保持两个阶段。

The process of multiple UAVs formation flying is divided into two stages , i.e. formation configuration stage and formation maintaining stage .

基于STK的编队飞行队形保持控制及仿真

Formation Control and Simulation with STK for Formation Flying

本文研究了地球扁率J2项摄动对卫星编队飞行的影响。

The J 2 effect on satellite formation flying is investigated .

GPS正在改变航天器的测控格局，拓宽卫星和星座控制技术，从而构成空间编队飞行定时、测量和控制的技术基础。

GPS technologies are changing the operation concept of spacecrafts , widening spacecraft and constellation control techniques , and becoming a technical approach to timing , measurement and control for formation flight in space .

用两体相对运动的线性Hill方程进行了小卫星编队飞行队形的初步设计，并给出编队飞行中各绕飞小卫星轨道要素的确定过程。

The preliminary design of small satellites formation flying and the solving process of orbital elements of each circling satellite are presented by using the linear Hill equations for the relative motion .

主要介绍了一种基于STK的编队飞行队形保持控制仿真实现方法。

A simulation method based on STK for the satel - lites formation keeping control is introduced .

多无人机（UAV）同时到达是典型的协同控制问题，在编队飞行、协同攻击中都有应用。

As a typical cooperative control problem , simultaneous arrival of multiple unmanned aerial vehicles ( UAVs ) finds its application in formation flight , cooperative attack , etc.

卫星编队飞行中C-W方程与轨道根数法的比较

Comparison of Two Methods in Satellite Formation Flying

CCSDSProximity-1及其在编队飞行小卫星群中的应用

CCSDS Proximity-1 and Its Use in Small Satellites Cluster in Formation Flying

给出了一种描述J2摄动情况下编队飞行卫星相对运动的精确解析模型。

A precision analytical equation to relative motion of formation flying satellites for J2 perturbation is presented .

针对参考卫星运行于圆轨道的编队飞行，分析了J2项摄动的影响。

As to the formation flying with the reference satellite running on the circle orbit , the J 2 effect is analyzed .

在卫星小型化和多功能化的今天，卫星编队飞行的概念受到普遍的重视并得到了深入研究，其应用之一便是星载干涉式合成孔径雷达（InterferometricSyntheticApertureRadar，InSAR）测量技术。

The concept of satellite formation flying is gaining a general recognition and a thorough investigation at the present time when the satellites are being miniaturized and attached with multi-functions . One of its applications is spaceborne InSAR ( Interferometric Synthetic Aperture Radar ) technology .