A study on horizontal positing for the seashore reclamation

해안매립을 위한 수평위치 결정에 관한 연구

  • 문두열 (동의대학교 토목공학과)
  • Published : 1997.05.01

Abstract

With the increase use of electromagnrtic distance measuring equiment, is is required that we need to study the higher dimensional applications and detail technical methods. The purpose of this paper is to improve the accuracy of ocean construction surveying and computer programming for determining of horizontal position of a quadrilateral by measuring line on traverse surveyng, trigulation and trilateration. Aa long distance measurements with high accuracy became possible by the apperance of EDM distance measuring instruments, we induced correct adjustment equation through angle condition and area conditionequation. After that we compared and experimental model. From its a result of the practical applicationto quadrilateral, it has been found that its triangulation and traverse surveying algorithms provide better accuracy than trilateration.

Keywords

electromagnetic distance measuring;surveying;quadrilateral;triangulation;trilateration;adjustment;accuracy;traverse surveying

References

  1. ASCE, Marc h v.110 no.1 3-D Geodetic Netwrk Adjusment Model D. F. Mazera;R. S. Shrestha
  2. ACS-ASP Technical Paper Space Resecton with Distances N. F. Danial
  3. Australian Jr. of Geodesy, Photogrammetry and Surveying v.44 Three-Dimensional Adjustment of a Terrestrial Geodetic Network-A Collocation Solution V. Argeseanu
  4. 매트릭스를 이용한 삼변측량 장한영
  5. 실용측량학 문두열(외12인)
  6. 동아대학교 박사학위 논문 삼변측량에 의한 위치결정의 정확도 향상에 관한 연구 김희규
  7. 대한측량협회지 삼변측량의 종류와 조정법 이성태
  8. 全國建設硏修センタ-:工事測量現場必携
  9. 다변유심망에 대한 삼변측량의 적용 박운용
  10. Geographical Research Letters v.12 no.1 Three Dimensional Adjustment of Trilateratin Data Li-Yu Sung;D. D. Jackson
  11. Survey Review Three Dimensional Adjustment with Inner Constraint Small Control Network A. G. Camacho