环境视觉下复杂建筑中的GPS测量控制技术研究

在环境视觉下,传统的复杂建筑物测量方法,由于建筑物的占地面积大,并且带有一定的复杂因素,无法进行准确尺度的测量,提出一种在环境视觉下的复杂建筑GPS测量控制技术.通过分析环境与建筑间关系后,以此为基础们进行GPS测量控制分析.使用GPS技术能够从空中的角度进行作业测量,避免了地面测量过程中数据累加的过程,极大的提高了测量的准确率,GPS自带的激光影像技术已经能够进行虚拟演化,保证测量过程中的精准度,GPS测绘过程中能够调动多个卫星进行多视角的测量,保证了测量的精度.为了验证设计的复杂建筑中的GPS测量控制技术的有效性,设计了模拟仿真实验,利用实验过程产生的数据,有效的证明了设计的复杂建筑中的GPS测量控制技术的有效性.

Research on GPS Measurement and Control Technology in Complex Building under Environment Vision

In the visual environment, the traditional method of measuring complex building, as the building covers an area of large, complex and with certain factors, it can not measure the accuracy, proposes a visual environment in the complex building GPS measurement and control technology. Based on the analysis of the relationship between environment and building, GPS meas-urement control analysis is carried out. The use of GPS technology to work from the air measuring angle, avoid the data accumula-ted in the process of measuring the ground, greatly improves the accuracy of measurement and laser imaging technology of GPS, has been able to carry out a virtual guarantee in the process of evolution, measurement accuracy, measurement of GPS mapping process can mobilize multiple multi satellite from the perspective, to ensure the accuracy of measurement. In order to measure the effectiveness of GPS control technology of complex building design verification in design, simulation, experimental data generated by the process, effectively proves the validity of GPS measurement and control technology in the design of complex building.