The Research on the Optimization of Surveying Engineering for Sustainable Development

Bao Long Li

doi:10.4028/www.scientific.net/AMM.170-173.2889

Paper Titles

Key Technological Research on the Control Survey of Qingzhou-Linshu Super Highway and the Aerial Photogrammetry of Topographic Map
p.2870

Study on Determining Method of Surface Movement Parameters Based on MATLAB
p.2876

New Prediction Formula of Sand Liquefied on Bachu-Jiashi Earthquake Survey
p.2880

The Influential Factors for Sustainable Development of Surveying Engineering in Construction Market
p.2885

The Research on the Optimization of Surveying Engineering for Sustainable Development
p.2889

Design and Performance Simulation of Two Kinds of Antipodal Vivaldi Antennas for Wide Band Radar Systems
p.2893

On Local Deflections of the Vertical Based on EGM2008 and In Situ Data
p.2899

New Testifying Method of Unit Weight Mean Square Error of No-Equal Precision Independent Surveying Values
p.2904

Research on the Principle of Coaxiality Measurement
p.2908

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 170-173The Research on the Optimization of Surveying...

The Research on the Optimization of Surveying Engineering for Sustainable Development

Abstract:

We study the optimization of surveying engineering for sustainable development based on the parameterized distribution formulation and try to find out the way to realize the optimum surveying engineering for sustainable development. We used the parameterized distribution formulation for reference to establish the model system and we treated the compensation as the influential factor in this model system. Conclusion could be drawn that the optimization of surveying engineering could be realized for sustainable development by choosing the right influential factor.