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TORRENT DETAILS
[Coursezone.net] Photogrammetry With Drones In Mapping Technology
TORRENT SUMMARY
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Photogrammetry uses measurements from photographs by analyzing points on an object and creates a 3D model using this information. As an integrated package, this online course provides valuable learning material on software like MicroStation, LPS (Leica Photogrammetry Suit) and PRO600, TerraModel.
What Will I Learn?
Elaborate the concepts on Photogrammetry
Explain general applications and uses of Photogrammetry
Formulate steps to execute a photogrammetry project
Explain types and properties of Aerial Photographs in Photogrammetry
Interpret aerial photographs for feature identification
Apply DSM, DTM,TIN and Contours in Photogrammetry
Explain Engineering drawing for 3D perspective
Apply the features of Microstation tools in compilation
Build planimetric features in 3D environment using PRO600, Viewplex, PROCart
Build DTM features in Photogrammetry using PROCart
Develop expertise to handle TerraModel to generate Contours, TIN and Shaded Surface using DTM features in Photogrammetry
Users can leverage very high detail of output through precise input information from aerial photographs. Course Participants will also identify concepts on Stereo Compilation (3D), which serves as a core process for photogrammetry.
After successful completion of this course, students will be able to-
Use their skills for MicroStation as Mapping software for Photogrammetry
Use their skills for PRO600-PROCart as a Photogrammetry software.
Compile planimetric features & DTM using 3D environment in LPS
Construct Contours, Shaded Surfaces & TIN using TerraModel in Photogrammetry
Demonstrate work flow followed in Photogrammetry projects
Who is the target audience?
Geography Graduate students
Diploma /Graduate Engineering students
Diploma / Graduate in any discipline
This program is designed for students and professionals to perceive better careers and upgrade their skill sets.
Requirements
The course is for beginners, Freshers or for those transitioning from another industry or discipline.
Must be capable of using Computer Systems.
Must have Basic knowledge of the AEC Industry, its tools & technology.
Zest to learn new technology.
VISITOR COMMENTS (0 )
FILE LIST
Filename
Size
1. Module 1/1. Definition and History of Photogrammetry.mp4
106.9 MB
1. Module 1/1. Definition and History of Photogrammetry.vtt
9.3 KB
1. Module 1/2. Introduction of Photogrammetry.mp4
14.2 MB
1. Module 1/2. Introduction of Photogrammetry.vtt
2 KB
1. Module 1/3. Data Acquistion, General Applications.mp4
13.5 MB
1. Module 1/3. Data Acquistion, General Applications.vtt
2.5 KB
1. Module 1/4. Types of Photogrammetry, Work Process Flow.mp4
32.9 MB
1. Module 1/4. Types of Photogrammetry, Work Process Flow.vtt
4 KB
1. Module 1/5. Introduction of Photogrammetry-Quiz.html
135 B
2. Module 2/1. Begin with Project, Instruments required.mp4
21.2 MB
2. Module 2/1. Begin with Project, Instruments required.vtt
2.7 KB
2. Module 2/2. Types of Camera and Requirements.mp4
32.5 MB
2. Module 2/2. Types of Camera and Requirements.vtt
3.3 KB
2. Module 2/3. Preperation of Flight Line, Flying and Obtain Objects.mp4
20.1 MB
2. Module 2/3. Preperation of Flight Line, Flying and Obtain Objects.vtt
2.7 KB
2. Module 2/4. Image overlaps, Flight lines and Index Maps.mp4
16 MB
2. Module 2/4. Image overlaps, Flight lines and Index Maps.vtt
1.9 KB
2. Module 2/5. Module 2-Quiz.html
135 B
3. Module 3/1. Types of Aerial Photographs.mp4
10.5 MB
3. Module 3/1. Types of Aerial Photographs.vtt
976 B
3. Module 3/2. Concept of Vertical Photographs, Oblique photographs and its types.mp4
19.8 MB
3. Module 3/2. Concept of Vertical Photographs, Oblique photographs and its types.vtt
2.5 KB
3. Module 3/3. Photo Center, Perspective Geometry & Relief Displacement.mp4
18.7 MB
3. Module 3/3. Photo Center, Perspective Geometry & Relief Displacement.vtt
2 KB
3. Module 3/4. Geometric Properties of Aerial Photograph.mp4
53.8 MB
3. Module 3/4. Geometric Properties of Aerial Photograph.vtt
7.3 KB
3. Module 3/5. Module 3-Quiz.html
135 B
4. Module 4/1. Stereoscopic Coverage.mp4
12 MB
4. Module 4/1. Stereoscopic Coverage.vtt
863 B
4. Module 4/2. Coordinate Systems - Pixel, Image, Image Space & Ground.mp4
29.2 MB
4. Module 4/2. Coordinate Systems - Pixel, Image, Image Space & Ground.vtt
3.5 KB
4. Module 4/3. Corelation between Coordinate systems.mp4
48.7 MB
4. Module 4/3. Corelation between Coordinate systems.vtt
5.9 KB
4. Module 4/4. Interpretation of Aerial Photo and its Uses.mp4
79.5 MB
4. Module 4/4. Interpretation of Aerial Photo and its Uses.vtt
7.5 KB
4. Module 4/5. DEM, DTM, DSM, TIN, etc.mp4
68.4 MB
4. Module 4/5. DEM, DTM, DSM, TIN, etc.vtt
7.9 KB
4. Module 4/6. Contour.mp4
52.6 MB
4. Module 4/6. Contour.vtt
5.6 KB
4. Module 4/7. Module 4-Quiz.html
135 B
5. Module 5/1. Drawing & Isometric View.mp4
20.9 MB
5. Module 5/1. Drawing & Isometric View.vtt
2.2 KB
5. Module 5/2. Orthogonal View.mp4
17.6 MB
5. Module 5/2. Orthogonal View.vtt
2.8 KB
5. Module 5/3. First Angle Projection.mp4
10.3 MB
5. Module 5/3. First Angle Projection.vtt
1.5 KB
5. Module 5/4. Module 5-Quiz.html
135 B
6. Practical Module 1/1. Introduction To Microstation.mp4
65.9 MB
6. Practical Module 1/1. Introduction To Microstation.vtt
12.1 KB
6. Practical Module 1/2. Introduction To Toolboxes.mp4
128.9 MB
6. Practical Module 1/2. Introduction To Toolboxes.vtt