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企业在项目建设时期,一定要对项目所有的信息以及地理位置有所了解,因此工程测量应运而生。从客观角度来说,工程测量是项目建设期中必不可少的一环,因此对于测量的精准度要求比较苛刻,但是在实际的测量过程中,会受到外部因素和内部因素的干扰,从而导致测量结果存在一定的误差,所以本文探讨的重点就是如何通过有效的措施来提高测量结果的准确度。经过大量的实地考察,研究人员发现地理位置的坐标转换,可以降低测量过程中的出现的误差,所以我们下一步工作的重点就是对坐标转换进行深入的研究,推进工程测量技术的发展,为人类提供更优质的服务。
Enterprises in the project construction period, we must have all the information about the project as well as the geographical location to understand, so engineering measurement came into being. From an objective point of view, engineering measurement is an integral part of the project construction period, so the accuracy of the measurement requirements more demanding, but in the actual measurement process, will be external factors and internal factors, resulting in measurement The result is a certain error, so the focus of this article is how to improve the accuracy of measurement results through effective measures. After a large number of field trips, the researchers found that the coordinate transformation of the geographical location can reduce the error in the measurement process, so the focus of our next step is to conduct an in-depth study on coordinate transformation and promote the development of engineering measurement technology for human beings Provide better service.