气象卫星数据在采集或者传输的过程中，往往会引入不同程度的脉冲噪声。
Meteorological satellite data are often corrupted by pulse noises in the process of collection and transmission.
在大面积农作物遥感估产中，应用气象卫星数据估算种植面积一直是一个难点。
In large area crops yield estimation from remote sensing data, crops planting area estimation with NOAA data remains to be resolved difficultly.
利用气象卫星数据可实现对雨量的短期预报监测，进而实现水土流失的短期快速预报和监测。
The rainfall can be forecasted with meteorological satellite remote sensing data, which can meet the data requirement of short term fast soil erosion monitoring;
本文介绍了应用在新一代气象卫星数据传输过程中的加解密算法，并讲述了应用软件实现地面解密的过程。
The encryption and decryption algorithm of data processing for our new generation meteorological satellites is introduced, and the decryption process realized by software is described.
一组数据集由过去50年间从船上通过目测搜集的数据组成，而另一组则基于气象卫星搜集的数据。
One set consisted of collected visual observations from ships over the last 50 years, and the other was based on data collected from weather satellites.
自从上世纪七十年代以来，刚开始只有一个研究小组借助气象卫星的相关设备，将所得数据转变成为不同海拔上的温度记录。
To begin with, only one team was turning data from the relevant instruments that have flown on weather satellites since the 1970s into a temperature record resolved by altitude.
本文叙述了对静止气象卫星的辐射计数据输出进行缓冲展宽处理的原理，介绍了星上MCSR数据编码缓冲器的样机设计。
In this paper, the principle of buffer-and-stretch processing of MCSR 's data output is presented, and a prototype design of the MCSR data encoder and buffer on board a spacecraft is given.
它用高精度数字锁相环，精确地恢复地球同步气象卫星采集的原始云图数据的同步基准信息。
It USES a high precision digital phase-locked loop (PLL) to accurately recover the Synchronous reference information of raw cloud-cover image data collected by the geostationary satellite.
静止气象卫星地面应用系统是一个具有高速通信、大规模数据处理、高时效产品服务、海量数据存储功能的大型业务应用系统。
The geostationary meteorological satellite ground application system is a main system with high speed communication, large-scale data processing, product service giving, and mass data storage.
长久以来国内外一直利用NOAA气象卫星从事土壤含水量的遥感监测，本研究首次将TM数据用于建立土壤含水量的遥感信息模型。
NOAA has been used to soil moisture for a long time all over the world. The remote sense information model is built with TM data at first time in this study.
针对极轨气象卫星N O A A A V H R R数据的高精度定位，提出了一种从直接定位、导航定位、几何精校正三方面综合考虑的方案。
This paper presented a new scheme of high precision location for NOAA AVHRR data, which comprehensively considering the direct location, navigation and geometric correction.
虽然从气象卫星上接收到的数据中含有云层表面的高度信息，但目前人们仅用这些数据生成二维的图像来显示地面云层的分布情况。
Images generated from meteorological satellite data as for only show two-dimensional distributions of clouds, though the altitude information of cloud is contained in these data.
它将具有以每秒1兆兆位的速度处理数据的能力，等同于一万个气象卫星传输的数据。
It will have the capability to process data at a rate of one terabit per second, equivalent to the data transmitted by ten thousand weather satellites.
它将具有以每秒1兆兆位的速度处理数据的能力，等同于一万个气象卫星传输的数据。
It will have the capability to process data at a rate of one terabit per second, equivalent to the data transmitted by ten thousand weather satellites.
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