ITU-R S.1529 SPANISH-2001
非GSO卫星固定业务系统和其它非GSO卫星固定业务系统或GSO卫星固定业务网络间干扰统计测定的分析方法

Analytical method for determining the statistics of interference between non-geostationary-satellite orbit fixed-satellite service systems and other non-geostationary-satellite orbit fixed-satellite service systems or geostationary-satellite orbit fixed-s

ITU-R S.1529 SPANISH-2001 发布历史

This Annex presents an analytical method, that can be implemented through numerical techniques, intended to perform the evaluation of interference sensitivity to system and system parameters without requiring lengthy computer simulation runs. Also, as opposed to results generated through simulation, the results obtained with the analytical approach correspond to an infinite number of simulated days, and therefore, in this sense, they do not present the need for long running times, as may be required in computer simulation methods to assure statistically significant results.

ITU-R S.1529 SPANISH-2001由国际电信联盟 IX-ITU 发布于 2001-01-01。

ITU-R S.1529 SPANISH-2001 在中国标准分类中归属于: M35 卫星通信设备。

ITU-R S.1529 SPANISH-2001 发布之时，引用了标准

• ITU-R S.1328 固定卫星业务(FSS)中的频率共享分析所要考虑的卫星系统特性*， 2002-01-01 更新
• ITU-R S.465 用于协调和干扰评估的频段从2到31 GHz卫星固定业务的地球站天线的参考辐射图*， 2010-01-01 更新

* 在 ITU-R S.1529 SPANISH-2001 发布之后有更新，请注意新发布标准的变化。

ITU-R S.1529 SPANISH-2001的历代版本如下：

• 2001年01月01日 ITU-R S.1529 SPANISH-2001 非GSO卫星固定业务系统和其它非GSO卫星固定业务系统或GSO卫星固定业务网络间干扰统计测定的分析方法

非常抱歉，我们暂时无法提供预览，您可以试试： 免费下载 ITU-R S.1529 SPANISH-2001 前三页，或者稍后再访问。

注意： 点击下载后，生成下载文件时间比较长，请耐心等待......

标准号

ITU-R S.1529 SPANISH-2001

发布日期

2001年01月01日

实施日期

废止日期

无

中国标准分类号

M35

发布单位

IX-ITU

适用范围

This Annex presents an analytical method, that can be implemented through numerical techniques, intended to perform the evaluation of interference sensitivity to system and system parameters without requiring lengthy computer simulation runs. Also, as opposed to results generated through simulation, the results obtained with the analytical approach correspond to an infinite number of simulated days, and therefore, in this sense, they do not present the need for long running times, as may be required in computer simulation methods to assure statistically significant results.