PHOTOLAB PROJECT Company Name : OKAN Project Name : PHOTOKAN Instructor : Meltem Turhan Yöndem Project Supervisor : Murat Yükselen Supported by : Milsoft.

Slides:



Advertisements
Similar presentations
Photogrammetry 1 1.
Advertisements

Geometry of Aerial Photographs
Photogrammetry Digital Elevation Models Orthophotographs.
Application of LiDAR Technology for GCP Determination in Papua Topographic Mapping Scale 1: Wildan Firdaus
Photogrammetry Cont.. Stereoscopic Parallax F The apparent displacement of the position of an object wrt a frame of reference due to a shift in the point.
S.Kadnichanskiy Digital oblique images and their application. The possibility of aerial survey system A3 in taking oblique aerial photography.
A Comparison of Digital Elevation Models to Accurately Predict Stream Channels Spencer Trowbridge Papillion Creek Watershed.
Technical assistance from Republic of Latvia offered to Iraq in the field of architectural sites documentation by photogrammetrical methods Mr. G.Goldbergs.
Group : Pix’r’Us Project : PhotoLab Company : Milsoft Supervisor : Murat YUKSELEN Website : INTRODUCTION.
GIS and Image Processing for Environmental Analysis with Outdoor Mobile Robots School of Electrical & Electronic Engineering Queen’s University Belfast.
CS 128/ES Lecture 10a1 Raster Data Sources: Paper maps & Aerial photographs.
Geospatial World Forum Jan 19-21, Future of Photogrammetry Rolta’s Vision.
Geography 1010 Remote Sensing. Contact Information Dr. Craig Coburn –Office: University Hall C-854 –Phone: – –Office.
Geographic Information Systems ( GIS) Geography is the study of locational and spatial trends about the earth’s surface, the objects found on it, and the.
GIS 200 Introduction to GIS Buildings. Poly Streams, Line Wells, Point Roads, Line Zoning,Poly MAP SHEETS.
Photogrammetry Chapter 6 Introduction to Remote Sensing
GEOGRAPHIC INFORMATION SYSTEM GIS are tools that allow for the processing of spatial data into information, generally information tied explicitly to, and.
Work in progress Adapting SPSF (Small patch sphere fit) to fit to higher order shapes (as bellows window) Investigating harmonics –Via surface model –Via.
Lecture 2 – Map Projection, Datum GPS and Digital Map Everything in Digital – GPS itself is relying on digital technologies. Fast to transfer and process.
Geography is the study of locational and spatial trends about the earth’s surface, the objects found on it, and the people who inhabit it. GIS is a technology.
9. GIS Data Collection.
De Geograaf (The Geographer) by JOHANNES VERMEER
Satellite Images. Similar idea as aerial photos Similar idea as aerial photos Have some of the same uses Have some of the same uses Basis for mappingBasis.
Photogrammetry Cont.. Stereoscopic Parallax F The apparent displacement of the position of an object wrt a frame of reference due to a shift in the point.
Harry Williams, Cartography1 Total Station Surveying & GIS. INTRODUCTION TO GIS A Geographic Information System is a combination of software and hardware.
SOCIAL MEDIA STRATEGY FOR GIVE BIG RIVERSIDE July 30, 2013.
Mapping and GIS1 Implementation of Grid technology in GIS/Remote sensing Nov 21, 2006.
© Copyright 2005 Synthosys Synthosys 1 Federal Street L3 Ops Communications Bldg - ACIN Camden, NJ Contact: Linda Yu, President CEO (610)
Image Processing & GIS Integration for Environmental Analysis School of Electrical & Electronic Engineering The Queen’s University of Belfast Paul Kelly.
Digital Terrain Models by M. Varshosaz
1 OPERATING MODE AND METHOD ON INFORMATION COLLECTION SYSTEMS OF GPS CLOSE-RANGE PHOTOGRAMMETRY Speaker: WANG Da Adviser: BEI Jin-zhong.
Digital Photogrammetry by G.C.Nayak Point of Discussion Approch to Photogrammetry: Integrated with RS Process Involved Issues Involved in.
Collecting Data in the Alps How did the Grand Alpine Tour Team collect their data?
Photomosaic.
This picture was taken on the banks of Sumatra Island (the height of waves was of approx. 32 m = 105 ft). It was found saved in a digital camera, 1 ½.
Best Practices for Managing Aerial and UAS Frame Imagery
Orthorectification using
Geography 160 Project 3 Using Map Data and Integrating it into GIS By Jerrica, Daniel, and Aaron.
10/7/2015 GEM Lecture 15 Content Photomap -- Mosaics Rectification.
Remote Sensing Geometry of Aerial Photographs
SPStudio Chris Johnston. What? SPStudio Tool to gather 3D data from digital photographs. Stereo Photogrammetry Give a computer depth perception. Stereo.
DigitalTerrainModelling: 1 Digital Terrain Model also known as –digital ground model (DGM) & –digital height model (DHM) a method of representing the.
Introduction to the Principles of Aerial Photography
LiDAR Contour Options Randy Mayden, VP Business Development
Surveying for Architectural Engineers Introduction.
Aerial Surveying & Mapping Section Florida Department of TRANSPORTATION Surveying & Mapping Office Brett C. Wood, PSM Aerial Mapping Manager Florida Department.
Globes- 3-D representation of the earth Pros: Accurate shape, landmasses correct size and shape Cons: Inconvienent, only able to see one side at a time.
Introduction to Soft Copy Photogrammetry
Chapter 1, Section 2 The Geographer’s Tools. Globes and Maps 1.As people explored Earth, they collected information about the shapes and sizes of islands,
Digital Orthophotography in an Ortho-Rectified, Geo-Corrected Nutshell Paige Baldassaro Geospatial Applications Developer Geospatial Extension Program.
Remcom Inc. 315 S. Allen St., Suite 416  State College, PA  USA Tel:  Fax:   ©
Geography Tools De Geograaf (The Geographer) by JOHANNES VERMEER
Mapping Technology and Topographic Maps Chapter 1, Lesson 3 and 4.
Wind Plant Visualizations Jason Kreiselman AWS Scientific, Inc. Albany, NY March 12, 2004.
OSSIM Technology Overview Mark Lucas. “Awesome” Open Source Software Image Map (OSSIM)
Chapter 1 Lesson 3 Mapping Technology How are maps made? What are GPS and GIS?
Quality of Images.
De Geograaf (The Geographer) by JOHANNES VERMEER
Mapping Technology Overview
GEOGRAPHICAL INFORMATION SYSTEM
Tools of the trade Global Studies.
Raad A. Kattan(1). , Abdurrahman Farsat Heeto. (2) , Hussein H
Map-Based Hydrology and Hydraulics
How(UAVs) are used in Disaster Management
De Geograaf (The Geographer) by JOHANNES VERMEER
De Geograaf (The Geographer)
IGIC Orthophotography Workgroup Update
BAD SECTOR PHOTOLAB Presents
Drones are increasingly becoming popular in taking aerial perspectives. They are used for video photography in different areas. Their ability to take.
DIGITAL PHOTOGRAMMETRY
Presentation transcript:

PHOTOLAB PROJECT Company Name : OKAN Project Name : PHOTOKAN Instructor : Meltem Turhan Yöndem Project Supervisor : Murat Yükselen Supported by : Milsoft

TEAM MEMBERS Okan Akalın Hasan Görkem Kurt Kazım Işık Yunus Olgun

OUTLINE What is Photokan? Products of Photokan Application Areas Our Approach Target Platform Current Progress

What is Photokan ? A digital photogrammetry tool Works on photos taken from unmanned aerial vehicles. Models the terrain of the photographed area. Removes the perspective, creating an orthogonally projected image. Combines intersecting images to create one big picture.

What is Photokan ? A digital photogrammetry tool Enhances the quality of the image. Takes into account the parameters of the cameras that take the photographs Geographically aligns the images on earth surface, provides spatial coordinates of points on images

Products of Photokan Digital Elevation Models (DEM) A height map of the terrain Orthophotos Geometrically corrected aerial images Equivalent of maps Can be used to measure true distances

Products of Photokan Mosaics A combined image of intersecting photos, or frames of a video

Application Areas of Photokan After disasters Analyzing the effects of the disaster on earth surface, and creating an emergency plan accordingly. Military Tactical Operations Gathering information about critical terrain topology Police Investigations Archeological Terrain Surveys etc.

Our Approach A flexible interface that provides the option of manual intervention Modular architecture supporting plugins to perform processes Support for a wide range of input formats

Target Platform All supplementary libraries are cross platform and platform specific decisions were avoided Photokan runs on Linux and Windows platforms with all options enabled

Current Progress Module NameProgress Project Manager Module85 Mosaicker Module100 Orthophoto Generation Module100 DEM Module10 Image Processing Module100

Website You can reach our website from

Any questions ?