ABSTRACT To cope with the construction and upgrading of GNSS, critical attention must be given to the maintainability, reusability, extensibility, portability, loose coupling capacity and flexibility of GNSS data processing software. Here, using C# and under the .NET Framework, six design principles and six design patterns are applied to a user-friendly GNSSer software, with its purpose being to bridge the gap between the design and implementation of object-oriented methods. Moreover, fine-grained parallel processing is extended. The results from three experiments showed that not only is high positioning accuracy achieved, but the efficiency of GNSS data processing is improved as well.

中文翻译：

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GNSSer：面向对象和基于设计模式的 GNSS 数据并行处理软件

摘要 为应对GNSS的建设和升级，GNSS数据处理软件的可维护性、可重用性、可扩展性、可移植性、松耦合能力和灵活性必须得到高度重视。在这里，使用 C# 和 .NET Framework，将六种设计原则和六种设计模式应用于用户友好的 GNSSer 软件，其目的是弥合面向对象方法的设计和实现之间的差距。此外，细粒度并行处理得到了扩展。三个实验的结果表明，不仅实现了较高的定位精度，而且还提高了 GNSS 数据处理的效率。