spiderqc gnss데이터데이터소프트웨어소프트웨어

다목적
spiderqc는는적gnss데이터데이터도구에에합니다합니다：

• 现场评估和质量控制
• Network RTK Performance Monitoring
• 参考站完整性监控
• Deformation Monitoring
• RINEX data management (concatenation, decimation)
  
  
  

适合所有GNSS参考网络
Leica SpiderQC processes GPS (including L2C and L5), GLONASS, BeiDou and Galileo (including AltBOC) data in the standard RINEX format that is supported by all leading reference station software. Leica SpiderQC is the perfect companion for all reference station networks. It allows the network operator to monitor the quality of the network in an efficient manner. Paired with the superior performance and flexibility of GNSS Spider reference station software and the GR10, GR25 and GMX series receivers, Leica Geosystems is setting new standards for GNSS Reference Stations.

现场评估
Leica SpiderQC可帮助您选择参考站的最佳位置。使用它来评估代码和相多径，检查RF干扰和信号衰减，衡量数据质量和完整性等等。使用质量检查功能，以验证GNSS数据的数量（跟踪信息，数据差距），质量（周期单，多路径，SNR）和格式（符合Rinex标准）。

GNSS参考站数据的自动分析
参考站网络生成大量of data. To make a detailed analysis of this data is not possible without sophisticated analysis and reporting tools. Leica SpiderQC offers a comprehensive suite of tools tailored to the inspection, alarming, display and distribution of quality data relating to the raw data products of a reference network. Status information is available at a glance using traffic light symbols and other graphics. For more detailed investigations a range of HTML based reports, web pages and graphs can be generated.

显示了每个站点/传感器/解决方案的当前连接和交通灯状态。
The Network Online Visualisation of Accuracy (NOVA) feature of Leica SpiderQC enables you to visualize the spatial and temporal quality of single base and network RTK positioning over your network. Real time maps show the distribution of residual ionosphere and troposphere/orbit error enabling you to monitor the network status and identify problem areas in the network. The innovative NOVA maps display the estimated level of residual error for both RTK rover users receiving network corrections and single reference station (nearest site) corrections. The NOVA maps allow network operators to get a measure of the benefit that network corrections bring to their users and allow them to identify potential ‘hot spots’. Network users can view the maps over the web to get assurance on the quality of the corrections provided by the network and to decide between using nearest site and network RTK corrections for the specific location of their survey.

参考站完整性监控
Leica Spiderqc使用Leica GNSS Spider实时定位或网络中的固定漫游者可以监视网络中更正的质量和可用性。可以使用统计数据，例如准确性，精度，可靠性，可靠性等，以量化服务的完整性，并警告如果超过阈值，则可以采取纠正措施。

Deformation Monitoring
Use Leica SpiderQC to detect and visualise movements of your reference stations or other critical infrastructure. Leica SpiderQC integrates with a variety of high speed real time and post processing positioning engines including Leica GNSS Spider and Bernese and any other software supporting standard NMEA and SINEX formats. The software combine to provide a flexible monitoring system for reference stations, bridges, dams, landslides and more. High precision tilt measurements from Leica Nivel 210 inclination sensors can be used to complement the GNSS derived data. Longitudinal, transverse, easting, northing, height, 2D and 3D displacements and more are computed in real time and can be displayed on screen and on the web as time series, scatter plots and vector maps. Data filtering and archiving features are also available.

Limit Checks and Messaging
可以为每个受监视的站点分别定义三个纵向，横向，高度，2D和3D位移的绝对极限检查，2D准确度，高度准确度，可用性，X-TILT和Y-TILT。灵活的消息传递系统允许将电子邮件，SMS和命令行操作配置为每个限制检查和系统消息。显示了每个站点/传感器/解决方案的当前连接和交通灯状态。

行业标准数据格式
Leica Spiderqc使用标准数据格式，包括Rinex（2.x，3.x），Sinex，Ionex和NMEA GGA，GNS，GGQ和LLQ，除了专有的Leica格式外。支持TCP/IP，串行和SQL数据库通信链接。Leica Spiderqc和Leica GNSS Spider和Leica SpiderWeb之间的直接链接使系统配置快速简便。