What are GIS and GNSS used for?

Dedication

Geoid and ellipsoid. Coordinate systems. Geodetic and altimetric networks. Sea reference levels and mesurament methods. Cartographic projections Exercises LAB 1. Introduction to the GIS, coordinate reference systems

Specific Objectives

Know the reference systems used in cartography and the different reference levels of the sea.

Dedication

Data structure Concepts of relational databases. Entity-relationship model. Primary and external keys. Integrity rules. Data relationship type. SQL queries 3D data structure GIS tools and techniques for combining vector maps and rasters, using topological properties of connectivity, proximity, inclusion, neighborhood, etc. Vector and raster spatial analysis tools with different quantitative or qualitative variables, which are necessary for decision making. Geoprocessing exercises LAB. Data structure LAB. Databases LAB. Geoprocessing 1 and Geoprocessing 2

Specific Objectives

Organize the information in an optimized and related way in a relational database, and make inquiries in it later. From a series of initial maps, obtain thematic maps derived using GIS spatial analysis tools, necessary for making decisions.

Dedication

GNSS CAMP 1. RTK CAMP 2. DGPS LAB. Processing of 3D data LIDAR (aerial and terrestrial) CAMP 3. Acquisition of data obtained with LIDAR terretre LAB. LIDAR data processed Photogrammetry applied to massive data capture FIELD 4. Photogrammetric acquisition with Dron LAB. Photogrammetric processing Exercises

Dedication