遥感平台

机载CCD遥感平台

Air & borne CCD Remote Sensing Stable Platform

本文全面详细地分析探讨了3S技术，包括遥感平台、传感器、信息处理技术、GIS技术以及GPS技术的研究发展现状、趋势和方向及其研究前沿。

In this paper , the research and development actuality , trend , aspect as well as very research leading of 3S technics , including remote platform , sensor , information processing technique , GIS and GPS are introduced in detail .

采用无人飞行器作为遥感平台进行低空监测和摄影测量的系统称为无人飞行器低空遥感系统（UAVLowAltitudeRemoteSystem，简称UAVRS系统）。

The system use of unmanned aerial vehicle platforms as a low altitude remote sensing and photogrammetry known as UAV low altitude remote sensing system ( UAVRS ) .

本文主要内容包括：1.从无人机遥感平台特点以及无人机序列图像的成像特点出发，分析无人机CCD序列图像的自动匹配不仅需要考虑几何不变性又需要考虑彩色不变性。

By analyzing the feature of UAV remote sensing platform and the imaging features of the UAV sequence image , Automatic registration for UAV CCD sequences image not only need to consider the geometric invariance , but also need to consider the color invariance .

数字罗盘在超低空遥感平台的应用

An Application of Digital Compass on the Small-hedgehopping Remote Sensing Platform

海监航空遥感平台及其在近海水体环境质量监测中的应用

Airborne marine surveillance platform and its application in water quality monitoring

飞机是一种重要的遥感平台。

Aircraft is an important platform for remote sensing .

随着遥感平台的发展，一些对遥感平台所获图像的处理技术也得到了大力的发展。

With the development of remote sensing , some technologies about the processing of images obtained by the platforms develop quickly .

在处理无人机序列图像时既要保证处理质量，又对处理的时效性提出了要求，这样才能体现出无人机遥感平台的优势所在。

In the processing of sequence image which acquired by UAV , it is necessary to ensure quality as while as timeliness .

由于遥感平台和传感技术的飞速发展，获取的影像数据量在成几何级数增长。

Due to the development of remote sensing and sensing technique at very fast speed , image data obtained become the geometric progression growth .

建立多级遥感平台、粗中细分辨率互补的药用植物资源监测系统是资源调查技术发展和现实需求的必然结果。

The new plant medicinal materials monitoring system with multilevel remote sensing panel and different resolution is necessity of technology development and needs of reality .

随着传感器、遥感平台、数据通信等相关技术的发展，通过遥感手段获取的数据量急剧膨胀，迫切需要快速遥感图像处理技术的支持。

With the development of remote sensors , remote platforms , and data communication technologies , more and more remote sensing data are produced for processing .

特别是随着多颗同时搭载多重不同传感器的星载遥感平台的升空，星载遥感数据空前丰富起来。

Especially with the launch of many satellites carrying remote sensing platform containing multisensors , the amount of remotely sensed data has achieved a highest level ever .

遥感平台具有覆盖范围广、作用距离远、执行效率高等方面的优点，有着重要的军事意义和民用价值。

Remote sensing platform has the advantage of broad coverage , long operating distance and high efficiency . Therefore , it has important military significance and civil value .

随着卫星、传感器及计算机技术的不断进步，用于摄影测量的遥感平台已经向航天平台甚至是深空方向发展。

With the new developments of satellite , sensor and computer technology , the remote sensing platform of photogrammetry has been expanding from space platform towards deep space .

随着世界各国在遥感平台投入的不断增长，自动、准确和快速的海量遥感信息处理成为一种迫切的需求，推动着新的方法不断涌现。

With the fast growing global investment in remote sensing platforms , the automatic , accurate and fast processing of vast amount of remotely sensed information has become an urgent requirement .

轻小型飞机是低成本的新型遥感平台，它要求装载的遥感仪器体积小、重量轻、抗震性好。

Light small airplanes are low cost of new remote sensing platform , it requires the load of remote sensing equipment is small in size , light weight , good vibration resistance .

另外，利用无人驾驶飞机、飞艇和系留气球等轻型遥感平台进行对地观测时对载荷的体积和重量等有严格限制。

In addition , there are strict restrictions for the earth observation on the size and weight of the load on the light RS platforms as unmanned aerial vehicles , airships , tethered balloons , etc. .

利用航空/低空遥感平台获取目标影像，已经成为现今非常有效的空间数据获取方式，特别是在应急响应与三维城市建模等领域有着独特的优势。

Using aerial / low-altitude remote sensing platform to acquire image is a very effective kind of method to obtain spatial data , it has an advantage in the field of emergency response and three-dimensional urban construction .

近年来随着无人机技术在民用领域的扩展，无人机成为农业领域的一个新的研究热点，利用无人机作为遥感平台对农田进行低空遥感成为一种合理的设想。

In recent years , with the expansion of UAV technology in the field of commercial , UAV became a new research focus in the field of agriculture , using UAV as low-altitude remote sensing platform on farmland become a reasonable idea .

近年来，无人机等低空飞行器的利用，不仅大大丰富了参与变化检测的遥感平台，使遥感图像的获取变得更加便捷，也推动了快速变化检测技术的发展。

In recent years , the utilization of unmanned aerial vehicles ( uavs ) and other aircrafts flying in lower air enriches remote sensing platforms , and makes the acquisition of remotely sensed images more conveniently which improves the rapid change detection technology .

该船还可以利用遥感器平台。

The ship can also take advantage of remote sensor platforms .

作为新兴的遥感获取平台，无人机由于其高分辨率、高时效性、低成本、低风险收到越来越广泛的重视和应用。

As a new remote sensing acquisition platform , UAV ( Unmanned Aerial Vehicle ) has received more and more attention and has been widely applied in many fields , due to its high resolution , high efficiency , low cost and low risk .

基于WEB的农作物遥感估产软件平台开发的技术研究

Research on the Software Platform Technique of Crop Yield Estimation Based on Web

data块的DES加密过程.遥感数据解析平台建设初探

The Preliminary Research of the Construction of Remote Sensing Data Parse Platform

基于CCSDS标准的遥感图像压缩平台硬件系统设计

Design of Hardware Platform for Remote-Sensing Image Compression Based on CCSDS Standard

商用高分辨率光学遥感卫星及平台技术分析

Technical Analysis of High Resolution Commercial Optical Remote Sensing Satellite

多源遥感图像融合平台的设计与实现

Design and Implementation of Multi-source Remote Sensing Image Fusion Platform

介绍遥感变化检测平台的研制。

Introduce the change detection software .

海面风场数据可以通过站点，浮标、船舶、遥感等观测平台获得。

Wind field data can be obtained from buoys , ships , and remote sensing observation platforms .