RTCM

Algorithm Researching of visual reference station based on the RTCM data format

基于RTCM数据格式的虚拟参考站技术算法研究

Analysis and application on RTCM format for differential GPS

GPS差分协议RTCM电文分析与应用

The coding and decoding of RTCM message are realized using program .

另外，为了验证RTK电文算法的正确性，本文还编程实现了对RTCM协议电文的解码和编码工作。

Applications in Defect Mode of One-dimensional Photonic Crystal with RTCM Arithmetic

RTCM算法在一维光子晶体缺陷模中的应用

RTCM - Radio Technical Commission for Maritime Services

航海无线电技术委员会，差分信号格式

The Real-time Arithmetic and Realization of Encoding and Decoding of DGPS 's RTCM Data

GPS差分RTCM数据实时编码解码算法及实现

On the base of the experiment , the algorithm used for RTK in RTCM is obtained by computing , analysis and comparison .

并结合试验数据，通过计算和分析比较，得到了RTCM标准协议中用于RTK的电文算法。

The differential GPS ( DGPS ) positioning principle is introduced , and RTCM SC-104 message content is also described .

简述了差分GPS（DGPS）定位原理以及RTCMSC-104数据格式及其电文编码。

Achievement of RTCM data-acquisition and decoding software

RTCM数据采集及解码器设计与实现

Reflection transmission coefficient matrix ( RTCM ) algorithm and correct Fourier factorization rules are adopted to improve stability , convergence and calculation efficiency of numerical computation .

文中采用反射透射系数矩阵算法和校正傅里叶展开规则以提高数值计算的稳定性、收敛性和计算效率。

The reflection and transmission coefficient matrix method ( RTCM ) is also used to save the computation time and overcome numerical values instability brought by the added layers .

在对多分层光栅的递推计算中，采用反射透射系数阵算法（RTCM），以便克服由于层与层之间厚度变大所带来的数值不稳定性，同时提高计算速度。

The properties of defect mode in one-dimensional photonic crystal are studied with RTCM arithmetic when incidence angles of TE wave and TM wave are zero .

利用RTCM算法研究一维光子晶体的缺陷模。研究了TE波和TM波入射时的情况，通过改变杂质层的光学厚度以及杂质层的折射率从而得出一些有重要指导意义的缺陷模特性。

In this paper , Fourier extended method of inverse rule and recurrent algorithm of the reflection transmission coefficient matrix ( RTCM ) are extended in electromagnetic anisotropic medium gratings .

本文把逆规则傅立叶展开法和反射透射系数阵（PTCM）递推算法推广到电磁各向异性介质光栅中。

RTCM SC-104 Text Re coding

RTCMSC-104电文再编码

In this paper , the positioning principleof virtual reference station ( VRS ) is analyzed . The VRS mobile terminal based on networked transport of RTCM via internet protocol ( NTRIP ) is designed on the Windows CE platform .

本文分析了VRS的定位原理，在WINDOWSCE平台上设计了基于NTRIP协议的VRS移动终端。

Many organizations in the world have defined the DGPS information transmission protocol for the purpose of extending DGPS technology . At present , RTCM SC-104 protocol and RTCA DO-229 protocol are used mostly among all the protocols . Both the two protocols were researched in detail in this paper .

为了推广差分GPS技术，国际上很多组织都指定了DGPS差分信息的传输协议，而目前使用最广泛的协议就是RTCMSC-104和RTCADO-229协议，所以本文主要针对这两个协议进行了详细研究。