Subject 'Higher Geodesy I'

Year:   2011/2012    2012/2013    2013/2014    2014/2015    2015/2016    

An overview is given about the classification of geodetic main networks. The instruments that are used at founding geodetic main networks are dealt with and the simplified adjustment of geodetic networks is learned. Height networks, high-precision levelling and its data processing are dealt with

The objective of the course is to provide the students knowledge about founding and surveying high-precision polygonometry and levelling networks as well as data processing

The student who has passed the course is able to solve independently tasks in the field of spheroid geodesy, s/he has an overview of simplified methods of adjustment and can implement them and also knows different transformation algorithms

Lectures, seminars, practical classes, group work, independent work

Randjärv, 1999.Geodeesia III. OÜ Geoprof-R, Tartu
Randjärv, J. 2002. Geodeesia IV. OÜ Geoprof-R, Tartu
Kala, V. 2004. Kõrgema geodeesia alused. Tallinn
Randjärv, J. 2006. Geodeesia I osa 1.raamat. Tartu
Randjärv, J. 2006. Geodeesia I osa 2.raamat. Tartu
Bugayevskiy, Lev M., Snyder J. P., 1995 .Map Projections: A Reference Manual.
Taylor & Francis, London.
Torge, W. 2001.Geodesy. 3rd edition. Walter de Gruyter, Berlin, New York
Vanicek, P, Krakiwsky,E. J. 1986.Geodesy: the Concepts. Second edition. Elsvier Science Publications B. V. Amsterdam, New York, Oxford, Tokyo, 1986.
??????, ?. ?. 1967 .?????? ????????. ?????, ??????
????????, ?. ?.1978. ?????? ????????. ?????, ??????

2014: RG  

2013: RG  

2012: GI  

2011: GI  

2010: GI  

2009: GI  

2008: GI  

2007: GI  

2006: GI  

2005: GI  

2004: GI