Error analysis and precision control strategies in engineering surveying
工程测量中的误差分析与精度控制策略

摘要

在工程测量过程中，误差分析和精度控制是确保测量数据可靠性的核心内容。随着技术的发展，测量误差的来源日益复杂，如何准确识别和分析误差成为当前研究的重要课题。本文通过对常见误差类型的分析，结合现代测量技术，探讨了误差来源、影响因素及其对测量结果的具体影响。进一步提出了精度控制的有效策略，旨在提高工程测量的准确性和稳定性。通过实验数据验证，优化后的精度控制方法能够显著降低误差，提升测量精度。本研究为工程测量中精度控制提供了理论支持与实践指导。

Abstract

In the process of engineering surveying, error analysis and precision control are the core elements to ensure the reliability of survey data. With the development of technology, the sources of measurement errors have become increasingly complex, and how to accurately identify and analyze errors has become an important issue in current research. By analyzing common types of errors and combining modern surveying technologies, this paper explores the sources of errors, influencing factors, and their specific impacts on measurement results. It further proposes effective strategies for precision control, aiming to improve the accuracy and stability of engineering surveying. Verified by experimental data, the optimized precision control methods can significantly reduce errors and enhance measurement precision. This study provides theoretical support and practical guidance for precision control in engineering surveying.