Bernese GNSS Software
Bernese GNSS Software
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发表时间：
2015
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通讯作者：
R. Dach;D. Arnold;Christian Baumann;S. Bertone;H. Bock;Yoomin Jean;A. Jäggi;S. Lutz;A. Maier;M. Meindl;L. Mervart;U. Meyer;E. Orliac;Estefania Ortiz Geist;L. Ostini;L. Prange;S. Schaer;K. Sośnica;D. Thaller;P. Walser;A. Villiger;G. Beutler
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作者：
R. Dach;D. Arnold;Christian Baumann;S. Bertone;H. Bock;Yoomin Jean;A. Jäggi;S. Lutz;A. Maier;M. Meindl;L. Mervart;U. Meyer;E. Orliac;Estefania Ortiz Geist;L. Ostini;L. Prange;S. Schaer;K. Sośnica;D. Thaller;P. Walser;A. Villiger;G. Beutler
·在Unix/LINUX、Mac和Windows平台上提供·用户友好的图形用户界面·内置的基于HTML语言的帮助系统·用于再处理活动的多会话并行处理·针对不同应用程序的现成的BPE示例：PPP(精密单点定位)RINEX-to-SINEX(双差网络处理)时钟确定(零差网络处理)电离层模型确定基于全球定位系统数据的低轨精密轨道确定全球导航卫星系统或低轨卫星系统的SLR验证所有示例都是为组合多个全球导航卫星系统处理而设计的。其中一些是为每小时处理计划做好准备的。·自动坐标时间序列分析程序(FODITS)·模糊度解析还可用于PPP·扩展了GNSS和LEO卫星的轨道建模能力·多GNSS处理支持基于RINEX3/4规范的高级观测型特定偏差处理·GNSS和特定频率的接收器和卫星天线模型·符合最新的IERS和IGS约定·真正的运动学分析能力Bernese GNSS软件确立了高性能、高精度和高度灵活的参考多GNSS(目前为GPS、GLONASS、伽利略、北斗和QZSS)后处理软件包的传统。最先进的建模、对所有相关处理选项的详细控制、强大的自动化工具、遵守最新的国际采用的标准以及高度模块化的设计所带来的固有灵活性是Bernese GNSS软件的特点。
• Available on UNIX/Linux, Mac, and Windows platforms • User-friendly GUI • Built-in HTML-based help system • Multi-session parallel processing for reprocessing activities • Ready-to-use BPE examples for different applications: PPP (Precise Point Positioning) RINEX-to-SINEX (double-difference network processing) Clock determination (zero-difference network processing) Ionosphere model determination LEO precise orbit determination based on GPS-data SLR validation of GNSS or LEO orbits All examples are designed for combined multi-GNSS processing. Some of them are prepared for an hourly processing scheme. • Program for automated coordinate time series analysis (FODITS) • Ambiguity resolution also for PPP • Extended orbit modelling capability for GNSS and LEO satellites • Multi-GNSS processing support advanced observation-type specific bias handling based on RINEX3/4 specifications • GNSSand frequency-specific receiver and satellite antenna models • Compliance with latest IERS and IGS conventions • Real kinematic analysis capability The Bernese GNSS Software established a tradition as a high performance, high accuracy, and highly flexible reference multi-GNSS (currently GPS, GLONASS, Galileo, BeiDou, and QZSS) post-processing package. State-of-the-art modeling, detailed control over all relevant processing options, powerful tools for automatization, the adherence to up-to-date, internationally adopted standards, and the inherent flexibility due to a highly modular design are characteristics of the Bernese GNSS Software.