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Lec 28 RADAR fundamentals II

Higher Surveying Introduction Video

Lec 1 Introduction to Higher Surveying

Lec 2 Understanding reference system reference frame and coordinate system for Earth

Lec 3 Coordinate and datum transformations

Lec 4 Projected coordinate system

Lec 5 Fundamentals of astronomy

Lec 6 Applications of concepts of astronomy

Lec 7 Time

Lec 8 Application of concepts of astronomy and time

Lec 9 Fundamental concepts of error accuracy and error propagation

Lec 10 Applications of error propagation

Lec 11 Observation Equation Method of adjustments

Lec 12 Condition Equation Method and Combined Method of adjustments

Lec 13 Analysis of adjustments and reporting of errors

Lec 14 Global Positioning system GPS

Lec 15 Introduction to Photogrammetry

Lec 16 Vertical photogrammetry

Lec 17 Stereo photogrammetry

Lec 18 Analytical photogrammetry I

Lec 19 Analtical photogrammetry II

Lec 20 Photogrammetric products

Lec 21 Image matching

Lec 22 Close range photogrammetry

Lec 23 Fundamentals of LiDAR

Lec 24 LiDAR data acquisition

Lec 25 Geolocation and errors of LiDAR data

Lec 26 Information extraction from LiDAR data

Lec 27 RADAR fundamenetals I

Lec 28 RADAR fundamentals II

Lec 29 Radargrammetry

Lec 30 Imaging RADAR Interferometry

Lec 31 Geoscience perspective for RADAR applications

Lec 32 Fundamental concepts of hydrographic survey

Lec 33 Field procedures for hydrographic Surveying

Lec 34 Modern techniques for hydrographic Survey

Lec 35 Navigation

Lec 36 Conclusive lecture

Cabinetry Basics

MFT and MFT related accessories

hinges workshops

CNC Computer numerical control

Jointing Systems

Cabinet tips

Festool Domino

Bandsaws

doors building

Communication Circuits Experiments

Experiments with PlutoSDR

Electric Motors

Energy Engineering

Digital Electronics

Engineering Hydrology

Engineering Mechanics