Undergraduate courses
Undergraduate Courses
Faculty of RSE – Students Handbook 2018-2019
Introduction to Photogrammetry
4th Semester | ECTS 4 | THEORY 3 | LAB 3
Basic concepts. Historical evolution. Analog and digital image. Analog and Digital sensors. Central projection. Internal and external orientation. Optical, Analytical, Digital Rectification. Stereoscopic vision and observation of analog and digital images. Parallax. Relative and absolute orientation Differential rectification. Flight planning. Applications of Photogrammetry.
Teacher : Α.Kousoulakou, V. Fragkoulidou
Analytical Photogrammetry
5th Semester | ECTS 4 | THEORY 3 | LAB 3
Mathematical models used in Analytical Photogrammetry, Fundamental problems (intersection, exterior, relative, absolute orientation), Aerotriangulation (method of independent models, bundle), Accuracy and reliability, measuring instruments, calibration and data reduction, from analytical to digital photogrammetry.
Teacher : Ο.Georgoula, H.Georgiadis, F.Patonis
Remote Sensing
6th Semester 6ο | ECTS 5 | THEORY 3 | LAB 2
Electromagnetic Radiation. Sources and Characteristics of Remote Sensing Image data. Algorithms for image reconstruction (radiometric, Geometric). Image enhancement Image classification and Accuracy Assessment of Classification.
Teacher : Μ.Τsakiri – Strati, V.Tsioukas, V. Fragkoulidou
Digital Processing of Remotely Sensed Images
7th Semester | ECTS 5 | THEORY 3 | LAB 3
Digital RS images of high resolution. Radiometric Enhancement and Geometric correction. Multispectral Image analysis. Indexes. Images Classification. Accuracy assessment of classification.
Teacher : Μ.Τsakiri – Strati, V.Tsioukas, V. Fragkoulidou
Digital Photogrammetry
8th Semester | ECTS 6 | THEORY 4 | LAB 3
Radiometric processing of digital images. Filters. Automation in image orientations. Calibration of digital sensors. Interest point operations. Image pyramids. Correlation of images. DIM and orthophoto production. Evaluation of results. Practical issues of photogrammetric production in National Cadastre.
Teachers : P.Patias, Ο.Georgoula, V.Tsioukas, H.Georgiadis
Digital Terrain Models: Methodology, Technologies, Applications
8th Semester | ECTS 6 | THEORY 4 | LAB 3
Introduction, Terrain descriptors and Sampling Strategies, Techniques for Acquisition of DTM Source Data, DTM modeling, Interpolation Techniques for Terrain surface modeling, Accuracy of DTM, Visualization, interpretation and Applications of DTM
Teachers : P.Patias, Ο.Georgoula, H.Georgiadis, F.Patonis
Photogrammetric Applications in Architecture and Archeology
9th Semester | ECTS 6 | THEORY 3 | LAB 3
Close-range analog and digital cameras. Close-range project design. Analytical and digital procedures. Evaluation of results. Technical specifications for documentation. Development of a pilot-project.
Teachers : P.Patias, Ο.Georgoula, V.Tsioukas, H.Georgiadis, F.Patonis
Multimedia Applications
9th Semester | ECTS 6 | THEORY 3 | LAB 2
General Technology. Multimedia in the geo-sciences. Added value of photogrammetric products. Multimedia and the visualization of geometric and thematic information derived from photogrammetric processing. Multimedia and documentation of monuments and structures. Application examples.
Teacher :Α.Κoussoulakou, V. Fragkoulidou
Enviromental Remote Sensing
9th Semester | ECTS 6 | THEORY 3 |
Electromagnetic Radiation and atmosphere. E.R and vegetation E.R. and water. E.R. and Soil. Applications of Remote sensing in Environment.
Teacher : Μ.Τsakiri – Strati, Ο.Georgoula
Modern Mapping Systems: Unmanned Aerial Vehicles – Mobile Mapping Systems
9th Semester | ECTS 6 | THEORY 3 | LAB 6
Introduction, Photogrammetric Fundamentals, UAV/MMS Systems and Technologies, System classification, Position and orientation of Sensors, Data acquisition and mapping, Applications Emerging technologies and trends
Teachers : P.Patias, V.Tsioukas, H.Georgiadis, V. Fragkoulidou