Calibration Certificate

Size: px
Start display at page:

Download "Calibration Certificate"

Transcription

1 Calibration Certificate Digital Mapping Camera (DMC) DMC Serial Number: DMC CBU Serial Number: For MPPG AERO Sp. z. o. o., ul. Kaczkowskiego Tarnow Poland

2 System Overview Flight Direction MS1 (NIR) MS4 (Green) PAN1 PAN2 PAN4 PAN3 MS2 (Blue) MS3 (Red) Figure: System Overview

3 PAN1 PAN2 Flight Direction PAN4 Figure Image Overview (Pan Camera) PAN3 Camera Parameter for Virtual Image (High Resolution) Virtual Focal Length [m] 0.12 Virtual Sensor Size [Pixel] x 7680 Virtual Pixel Size [µm] 12 Virtual Principle Point [mm] X = 0.0 Y = 0.0 Distortion Parameter Distortion Free Camera Parameter for Virtual Image (Color Resolution) before Version PPS Virtual Focal Length [m] 0.12 / 4.75 Virtual Sensor Size [Pixel] 3072 x 2048 Virtual Pixel Size [µm] 12 Virtual Principle Point [mm] X= Y=0.646 Distortion Parameter Distortion Free

4 Camera Parameter for Virtual Image (Color Resolution) after Version PPS Virtual Focal Length [m] Virtual Sensor Size [Pixel] 3456x1920 Virtual Pixel Size [µm] 12 Virtual Principle Point [mm] X = 0.0 Y = 0.0 Distortion Parameter Distortion Free

5 Camera Serial Number and Burn-In flights Burn In Flight: Camera Serial Calib. Date Number PAN PAN PAN PAN MS1 (NIR) MS2 (Blue) MS3 (Red) MS4 (Green)

6 Camera Orientation PAN-Cameras (Burn-In Flight ) Camera (Serial Number) PAN1 ( ) PAN2 ( ) PAN3 ( ) PAN4 ( ) X [m] (Accuracy) (0) (0) (0) (0) Y [m] (Accuracy) (0) (0) (0) (0) Z [m] (Accuracy) 1000 (0) 1000 (0) 1000 (0) 1000 (0) Omega [Deg] (Accuracy) (0.001) (0.001) (0.001) (0.001) Phi [Deg] (Accuracy) (0.001) (0.001) (0.001) (0.001) Kappa [Deg] (Accuracy) (0.001) (0.001) (0.001) (0.001) The data is connected to the virtual projection center of the virtual image. The above Platform calibration values are initial values and are be liable to slight fluctuations between project images and between different projects. The position is fix and error free. The rotation axes of the angles are (in this order) Omega Phi Kappa x-axis y-axis z-axis The results of the Platform calibration were generated with DMC Postprocessing SW (PPS), Version 5.2, from Intergraph Z/I Imaging photogrammetric product suite. Platform calibration performed by Dipl. Ing. C. Müller Date

7 Additional System Components (Burn-In Flight ) Component X [m] (Accuracy) IMU??? (0) Y [m] (Accuracy)??? (0) Z [m] (Accuracy)??? (0) Omega [Deg] (Accuracy)??? (0.001) Phi [Deg] (Accuracy)??? (0.001) Kappa [Deg] (Accuracy)??? (0.001) The results of the orientation of the IMU were generated with support of ImageStation Automatic Triangulation (ISAT), Version 5.1, from Intergraph Z/I Imaging photogrammetric product suite. Calibration performed by Dipl. Ing. C. Müller Date

8 Aerotriangulation Results (Burn-In Flight ) Statistic results: Matching results: 0 Weak Areas covered with clouds Whole Block 116 exposures used 0 exposures not used Whole Block Sigma relativ: um Whole Block Sigma absolut: um Whole Block Photo-T Parameters and Results for Project EL5000_n PhotoT Triangulation Options Adjustment Mode : Absolute Precision Computation : Enabled Error Detection : Enabled Camera Calibration : Disabled Self-Calibration : Disabled Given EO/GPS : Disabled Antenna Offsets : Disabled GPS Shift/Drift Correction : Disabled INS Shift/Drift Correction : Disabled Photo Scale 1:5000 Flying Height 600 AGL [m] Flying Altitude 1200 AMSL [m] Run-Spacing [m] Base-Length [m] Number of 115 Exposures Side-lap [%] 35 End-lap [%] 65 Terrain Height 600 [m] Number of strips 5 Photos in one 23 strip Photos Used 115 Control Points 40 Used Check Points Used GSD [cm] 6

9 Parameters Parameter X/Omega Y/Phi Z/Kappa XY RMS Control RMS Check RMS Limits Max Ground Residual Residual Limits Mean Std Dev Object RMS Photo Position RMS Photo Attitude Mean Std Dev Photo Position Mean Std Dev Photo Attitude Key Statistics Sigma: 2.2 um Number of iterations: 9 Degrees of Freedom: The results of the Aerotriangulation were generated with ImageStation Automatic Triangulation (ISAT), Version 5.1, from Intergraph Z/I Imaging photogrammetric product suite. Aerotriangulation performed by Dipl. Ing. C. Müller Date

10 Calibration Certificate N O Object Digital Aerial Survey Camera Manufacturer Z/I Imaging D Aalen Type Serial Number DMC-Panchromatic Calibration performed at: Carl Zeiss Jena Number of pages of the certificate 70 Date of Calibration 14.Dec.2006 Certified Date Division Head Person in Charge 25.Jun.2007 (H. Sohnle) (S. Schröder)

11 Geometric Calibration Protocol Calibration Parameters for single camera head Camera Type Nominal Focal Length DMC-Panchromatic 0.12 m Serial Number Param Adjusted Std.dev. Principal Point [m] Focal Length [m] x E-06 y E E-06 f E-06 K Radial Distortion K K Decentring distortion In Plane Distortion P P B E E-05 B E E-06 Adjusted Focal length = dc = [m]

12 Residuals in Image after Adjustment Max Residual [µm]: 2.0 Threshold [µm]: 8.5 Remarks: The images after the post processing are distortion free. For interior orientation parameters of the DMC virtual image see section: Calibration Parameter of the virtual images. The calibration model is explained in the section Calibration Model at the end of this documentation. Radiometric Calibration Protocol In this section you ll find the radiometric calibration results. Camera ID Sensor Revision Number 2 Lens Revision Number 1 Filter Revision Number - Aperture Revision Number 1

13 Sensitivity of camera Remark: Measurement is done without the influence of the shutter and the Analog/Digital converter. This graph is similar for the same lens and filter revision numbers. For more details see Appendix: Radiometric Calibration Model.

14 Sensor Linearity Remark: The sensor linearity is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

15 Sensor Noise Remark: The sensor noise is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

16 Aperture Correction Remark: This measurement is similar for the same aperture revision number. Radiometric Calibration Model. For more details see Appendix: Defect Pixel List Number of defect pixels: 3 Number of defect clusters: 0 Number of defect columns: 0 Nr Row Column Defect Column RowStart ColumnStart RowEnd ColumnEnd

17 Remark See Appendix for definition of defect pixels and maximal allowed numbers.

18 Calibration Certificate N O Object Digital Aerial Survey Camera Manufacturer Z/I Imaging D Aalen Type Serial Number DMC-Panchromatic Calibration performed at: Carl Zeiss Jena Number of pages of the certificate 70 Date of Calibration 20.Feb.2007 Certified Date Division Head Person in Charge 25.Jun.2007 (H. Sohnle) (S. Schröder)

19 Geometric Calibration Protocol Calibration Parameters for single camera head Camera Type Nominal Focal Length DMC-Panchromatic 0.12 m Serial Number Param Adjusted Std.dev. Principal Point [m] Focal Length [m] x E-06 y E-06 f E-06 K Radial Distortion K K Decentring distortion In Plane Distortion P P E-05 B E E-06 B E E-06 Adjusted Focal length = dc = [m]

20 Residuals in Image after Adjustment Max Residual [µm]: 2.0 Threshold [µm]: 8.5 Remarks: The images after the post processing are distortion free. For interior orientation parameters of the DMC virtual image see section: Calibration Parameter of the virtual images. The calibration model is explained in the section Calibration Model at the end of this documentation. Radiometric Calibration Protocol In this section you ll find the radiometric calibration results. Camera ID Sensor Revision Number 2 Lens Revision Number 1 Filter Revision Number - Aperture Revision Number 1

21 Sensitivity of camera Remark: Measurement is done without the influence of the shutter and the Analog/Digital converter. This graph is similar for the same lens and filter revision numbers. For more details see Appendix: Radiometric Calibration Model.

22 Sensor Linearity Remark: The sensor linearity is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

23 Sensor Noise Remark: The sensor noise is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

24 Aperture Correction Remark: This measurement is similar for the same aperture revision number. Radiometric Calibration Model. For more details see Appendix: Defect Pixel List Number of defect pixels: 3 Number of defect clusters: 0 Number of defect columns: 0 Nr Row Column Defect Column RowStart ColumnStart RowEnd ColumnEnd

25 Remark See Appendix for definition of defect pixels and maximal allowed numbers.

26 Calibration Certificate N O Object Digital Aerial Survey Camera Manufacturer Z/I Imaging D Aalen Type Serial Number DMC-Panchromatic Calibration performed at: Carl Zeiss Jena Number of pages of the certificate 70 Date of Calibration 12.Feb.2007 Certified Date Division Head Person in Charge 25.Jun.2007 (H. Sohnle) (S. Schröder)

27 Geometric Calibration Protocol Calibration Parameters for single camera head Camera Type Nominal Focal Length DMC-Panchromatic 0.12 m Serial Number Param Adjusted Std.dev. Principal Point [m] Focal Length [m] x E-06 y E E-06 f E-06 K Radial Distortion K K Decentring distortion In Plane Distortion P P E-05 B E E-05 B E E-06 Adjusted Focal length = dc = [m]

28 Residuals in Image after Adjustment Max Residual [µm]: 2.6 Threshold [µm]: 8.5 Remarks: The images after the post processing are distortion free. For interior orientation parameters of the DMC virtual image see section: Calibration Parameter of the virtual images. The calibration model is explained in the section Calibration Model at the end of this documentation. Radiometric Calibration Protocol In this section you ll find the radiometric calibration results. Camera ID Sensor Revision Number 2 Lens Revision Number 1 Filter Revision Number - Aperture Revision Number 1

29 Sensitivity of camera Remark: Measurement is done without the influence of the shutter and the Analog/Digital converter. This graph is similar for the same lens and filter revision numbers. For more details see Appendix: Radiometric Calibration Model.

30 Sensor Linearity Remark: The sensor linearity is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

31 Sensor Noise Remark: The sensor noise is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

32 Aperture Correction Remark: This measurement is similar for the same aperture revision number. Radiometric Calibration Model. For more details see Appendix: Defect Pixel List Number of defect pixels: 3 Number of defect clusters: 0 Number of defect columns: 0 Nr Row Column Defect Column RowStart ColumnStart RowEnd ColumnEnd

33 Remark See Appendix for definition of defect pixels and maximal allowed numbers.

34 Calibration Certificate N O Object Digital Aerial Survey Camera Manufacturer Z/I Imaging D Aalen Type Serial Number DMC-Panchromatic Calibration performed at: Carl Zeiss Jena Number of pages of the certificate 70 Date of Calibration 29.Jan.2007 Certified Date Division Head Person in Charge 25.Jun.2007 (H. Sohnle) (S. Schröder)

35 Geometric Calibration Protocol Calibration Parameters for single camera head Camera Type Nominal Focal Length DMC-Panchromatic 0.12 m Serial Number Param Adjusted Std.dev. Principal Point [m] Focal Length [m] x E E-06 y E E-06 f E-06 K Radial Distortion K K Decentring distortion In Plane Distortion P P B E E-05 B E E-06 Adjusted Focal length = dc = [m]

36 Residuals in Image after Adjustment Max Residual [µm]: 2.2 Threshold [µm]: 8.5 Remarks: The images after the post processing are distortion free. For interior orientation parameters of the DMC virtual image see section: Calibration Parameter of the virtual images. The calibration model is explained in the section Calibration Model at the end of this documentation. Radiometric Calibration Protocol In this section you ll find the radiometric calibration results. Camera ID Sensor Revision Number 2 Lens Revision Number 1 Filter Revision Number - Aperture Revision Number 1

37 Sensitivity of camera Remark: Measurement is done without the influence of the shutter and the Analog/Digital converter. This graph is similar for the same lens and filter revision numbers. For more details see Appendix: Radiometric Calibration Model.

38 Sensor Linearity Remark: The sensor linearity is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

39 Sensor Noise Remark: The sensor noise is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

40 Aperture Correction Remark: This measurement is similar for the same aperture revision number. Radiometric Calibration Model. For more details see Appendix: Defect Pixel List Number of defect pixels: 3 Number of defect clusters: 0 Number of defect columns: 0 Nr Row Column Defect Column RowStart ColumnStart RowEnd ColumnEnd

41 Remark See Appendix for definition of defect pixels and maximal allowed numbers.

42 Calibration Certificate N O Object Digital Aerial Survey Camera Manufacturer Z/I Imaging D Aalen Type DMC-MS-NIR Serial Number Calibration performed at: Carl Zeiss Jena Number of pages of the certificate 70 Date of Calibration 20.Feb.2007 Certified Date Division Head Person in Charge 25.Jun.2007 (H. Sohnle) (S. Schröder)

43 Geometric Calibration Protocol Calibration Parameters for single camera head Camera Type Nominal Focal Length DMC-MS-NIR m Serial Number Param Adjusted Std.dev. Principal Point [m] Focal Length [m] x E-06 y E E-07 f E E-07 K Radial Distortion K K Decentring distortion In Plane Distortion P P B E-05 B E E-06 Adjusted Focal length = dc = [m]

44 Residuals in Image after Adjustment Max Residual [µm]: 3.2 Threshold [µm]: 8.5 Remarks: The images after the post processing are distortion free. For interior orientation parameters of the DMC virtual image see section: Calibration Parameter of the virtual images. The calibration model is explained in the section Calibration Model at the end of this documentation. Radiometric Calibration Protocol In this section you ll find the radiometric calibration results. Camera ID Sensor Revision Number 0 Lens Revision Number 1 Filter Revision Number 1 Aperture Revision Number 1

45 Sensitivity of camera Remark: Measurement is done without the influence of the shutter and the Analog/Digital converter. This graph is similar for the same lens and filter revision numbers. For more details see Appendix: Radiometric Calibration Model.

46 Sensor Linearity Remark: The sensor linearity is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

47 Sensor Noise Remark: The sensor noise is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

48 Aperture Correction Remark: This measurement is similar for the same aperture revision number. Radiometric Calibration Model. For more details see Appendix: Defect Pixel List Number of defect pixels: 0 Number of defect clusters: 0 Number of defect columns: 1 Nr Row Column Defect Column RowStart ColumnStart RowEnd ColumnEnd Remark See Appendix for definition of defect pixels and maximal allowed numbers.

49 Calibration Certificate N O Object Digital Aerial Survey Camera Manufacturer Z/I Imaging D Aalen Type DMC-MS-Blue Serial Number Calibration performed at: Carl Zeiss Jena Number of pages of the certificate 70 Date of Calibration 14.Feb.2007 Certified Date Division Head Person in Charge 25.Jun.2007 (H. Sohnle) (S. Schröder)

50 Geometric Calibration Protocol Calibration Parameters for single camera head Camera Type Nominal Focal Length DMC-MS-Blue m Serial Number Param Adjusted Std.dev. Principal Point [m] Focal Length [m] x E E-06 y E E-06 f E-07 K Radial Distortion K K Decentring distortion In Plane Distortion P P E B E-05 B E E-05 Adjusted Focal length = dc = [m]

51 Residuals in Image after Adjustment Max Residual [µm]: 3.2 Threshold [µm]: 8.5 Remarks: The images after the post processing are distortion free. For interior orientation parameters of the DMC virtual image see section: Calibration Parameter of the virtual images. The calibration model is explained in the section Calibration Model at the end of this documentation. Radiometric Calibration Protocol In this section you ll find the radiometric calibration results. Camera ID Sensor Revision Number 0 Lens Revision Number 1 Filter Revision Number 1 Aperture Revision Number 1

52 Sensitivity of camera Remark: Measurement is done without the influence of the shutter and the Analog/Digital converter. This graph is similar for the same lens and filter revision numbers. For more details see Appendix: Radiometric Calibration Model.

53 Sensor Linearity Remark: The sensor linearity is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

54 Sensor Noise Remark: The sensor noise is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

55 Aperture Correction Remark: This measurement is similar for the same aperture revision number. Radiometric Calibration Model. For more details see Appendix: Defect Pixel List Number of defect pixels: 0 Number of defect clusters: 0 Number of defect columns: 0 Nr Row Column Defect Column RowStart ColumnStart RowEnd ColumnEnd Remark See Appendix for definition of defect pixels and maximal allowed numbers.

56 Calibration Certificate N O Object Digital Aerial Survey Camera Manufacturer Z/I Imaging D Aalen Type DMC-MS-Red Serial Number Calibration performed at: Carl Zeiss Jena Number of pages of the certificate 70 Date of Calibration 15.Mar.2007 Certified Date Division Head Person in Charge 25.Jun.2007 (H. Sohnle) (S. Schröder)

57 Geometric Calibration Protocol Calibration Parameters for single camera head Camera Type Nominal Focal Length DMC-MS-Red m Serial Number Param Adjusted Std.dev. Principal Point [m] Focal Length [m] x E-06 y E E-06 f E E-07 K Radial Distortion K K Decentring distortion In Plane Distortion P P B E-05 B E E-05 Adjusted Focal length = dc = [m]

58 Residuals in Image after Adjustment Max Residual [µm]: 2.9 Threshold [µm]: 8.5 Remarks: The images after the post processing are distortion free. For interior orientation parameters of the DMC virtual image see section: Calibration Parameter of the virtual images. The calibration model is explained in the section Calibration Model at the end of this documentation. Radiometric Calibration Protocol In this section you ll find the radiometric calibration results. Camera ID Sensor Revision Number 0 Lens Revision Number 1 Filter Revision Number 1 Aperture Revision Number 1

59 Sensitivity of camera Remark: Measurement is done without the influence of the shutter and the Analog/Digital converter. This graph is similar for the same lens and filter revision numbers. For more details see Appendix: Radiometric Calibration Model.

60 Sensor Linearity Remark: The sensor linearity is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

61 Sensor Noise Remark: The sensor noise is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

62 Aperture Correction Remark: This measurement is similar for the same aperture revision number. Radiometric Calibration Model. For more details see Appendix: Defect Pixel List Number of defect pixels: 0 Number of defect clusters: 0 Number of defect columns: 0 Nr Row Column Defect Column RowStart ColumnStart RowEnd ColumnEnd Remark See Appendix for definition of defect pixels and maximal allowed numbers.

63 Calibration Certificate N O Object Digital Aerial Survey Camera Manufacturer Z/I Imaging D Aalen Type DMC-MS-Green Serial Number Calibration performed at: Carl Zeiss Jena Number of pages of the certificate 70 Date of Calibration 15.Feb.2007 Certified Date Division Head Person in Charge 25.Jun.2007 (H. Sohnle) (S. Schröder)

64 Geometric Calibration Protocol Calibration Parameters for single camera head Camera Type Nominal Focal Length DMC-MS-Green m Serial Number Param Adjusted Std.dev. Principal Point [m] Focal Length [m] x E E-06 y E-06 f E E-07 K Radial Distortion K K Decentring distortion In Plane Distortion P P B E-05 B E E-05 Adjusted Focal length = dc = [m]

65 Residuals in Image after Adjustment Max Residual [µm]: 2.2 Threshold [µm]: 8.5 Remarks: The images after the post processing are distortion free. For interior orientation parameters of the DMC virtual image see section: Calibration Parameter of the virtual images. The calibration model is explained in the section Calibration Model at the end of this documentation. Radiometric Calibration Protocol In this section you ll find the radiometric calibration results. Camera ID Sensor Revision Number 0 Lens Revision Number 1 Filter Revision Number 1 Aperture Revision Number 1

66 Sensitivity of camera Remark: Measurement is done without the influence of the shutter and the Analog/Digital converter. This graph is similar for the same lens and filter revision numbers. For more details see Appendix: Radiometric Calibration Model.

67 Sensor Linearity Remark: The sensor linearity is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

68 Sensor Noise Remark: The sensor noise is measured for each camera. For more details see Appendix: Radiometric Calibration Model.

69 Aperture Correction Remark: This measurement is similar for the same aperture revision number. Radiometric Calibration Model. For more details see Appendix: Defect Pixel List Number of defect pixels: 1 Number of defect clusters: 0 Number of defect columns: 0 Nr Row Column Defect Column RowStart ColumnStart RowEnd ColumnEnd Remark See Appendix for definition of defect pixels and maximal allowed numbers.

70 Defect Pixel Recognition Description CCD Spec Radiometric Calibration Bright image Pixel whose signal, at nominal light (illumination at 50% of the linear range), deviates more than ±30% from its neighboring pixels. Using a lower threshold for image quality Pixel Dark image Max Count Pixel whose signal, in dark, deviates more than 6mV from its neighboring pixels (about 1% of nominal light). PAN < 1000 MS < 36 Description CCD Spec Radiometric Calibration Definition A column which has more than 12 pixel defects. Column defects must be horizontally separated by 3 columns. Using a lower threshold for image quality Column Recognition (bright and dark) Max Single column Max double Column Same as defect pixel recognition PAN 50 MS 1 PAN 4 MS 0 Bibliography Brown D. C. Close-Range Camera Calibration, Photogrammetric Engineering 37(8) 1971 Dörstel C., Jacobsen K., Stallmann D. (2003): DMC Photogrammetric accuracy Calibration aspects and Generation of synthetic DMC images, Eds. M. Baltsavias / A.Grün, Optical 3D Sensor Workshop, Zürich Fraser C., Digital Camera sel-f calibration. ISPRS Journal of Photogrammetry and Remote Sensing, (997, 5284): Zeitler W., Dörstel C., Jacobsen K. (2002): Geometric calibration of the DMC: Method and Results, Proceedings ASPRS, Denver, USA.

Camera Calibration Certificate No: DMC II

Camera Calibration Certificate No: DMC II Calibration DMC II 230 020 Camera Calibration Certificate No: DMC II 230 020 For MGGP Aero Sp. z o.o. ul. Słowackiego 33-37 33-100 Tarnów Poland Calib_DMCII230-020.docx Document Version 3.0 page 1 of 40

More information

Camera Calibration Certificate No: DMC II

Camera Calibration Certificate No: DMC II Calibration DMC II 140-036 Camera Calibration Certificate No: DMC II 140-036 For Midwest Aerial Photography 7535 West Broad St, Galloway, OH 43119 USA Calib_DMCII140-036.docx Document Version 3.0 page

More information

Camera Calibration Certificate No: DMC II

Camera Calibration Certificate No: DMC II Calibration DMC II 230 015 Camera Calibration Certificate No: DMC II 230 015 For Air Photographics, Inc. 2115 Kelly Island Road MARTINSBURG WV 25405 USA Calib_DMCII230-015_2014.docx Document Version 3.0

More information

Camera Calibration Certificate No: DMC II Aero Photo Europe Investigation

Camera Calibration Certificate No: DMC II Aero Photo Europe Investigation Calibration DMC II 250 030 Camera Calibration Certificate No: DMC II 250 030 For Aero Photo Europe Investigation Aerodrome de Moulins Montbeugny Yzeure Cedex 03401 France Calib_DMCII250-030.docx Document

More information

Camera Calibration Certificate No: DMC II

Camera Calibration Certificate No: DMC II Calibration DMC II 230 027 Camera Calibration Certificate No: DMC II 230 027 For Peregrine Aerial Surveys, Inc. 103-20200 56 th Ave Langley, BC V3A 8S1 Canada Calib_DMCII230-027.docx Document Version 3.0

More information

Camera Calibration Certificate No: DMC IIe

Camera Calibration Certificate No: DMC IIe Calibration DMC IIe 230 23522 Camera Calibration Certificate No: DMC IIe 230 23522 For Richard Crouse & Associates 467 Aviation Way Frederick, MD 21701 USA Calib_DMCIIe230-23522.docx Document Version 3.0

More information

Camera Calibration Certificate No: DMC II

Camera Calibration Certificate No: DMC II Calibration DMC II 140-005 Camera Calibration Certificate No: DMC II 140-005 For Midwest Aerial Photography 7535 West Broad St, Galloway, OH 43119 USA Calib_DMCII140-005.docx Document Version 3.0 page

More information

Camera Calibration Certificate No: DMC III 27542

Camera Calibration Certificate No: DMC III 27542 Calibration DMC III Camera Calibration Certificate No: DMC III 27542 For Peregrine Aerial Surveys, Inc. #201 1255 Townline Road Abbotsford, B.C. V2T 6E1 Canada Calib_DMCIII_27542.docx Document Version

More information

Calibration Report. Short Version. Vexcel Imaging GmbH, A-8010 Graz, Austria

Calibration Report. Short Version. Vexcel Imaging GmbH, A-8010 Graz, Austria Calibration Report Short Version Camera: Manufacturer: UltraCam D, S/N UCD-SU-2-0039 Vexcel Imaging GmbH, A-8010 Graz, Austria Date of Calibration: Mar-14-2011 Date of Report: Mar-17-2011 Camera Revision:

More information

Calibration Report. Short Version. UltraCam Eagle, S/N UC-E f210. Vexcel Imaging GmbH, A-8010 Graz, Austria

Calibration Report. Short Version. UltraCam Eagle, S/N UC-E f210. Vexcel Imaging GmbH, A-8010 Graz, Austria Calibration Report Short Version Camera: Manufacturer: Date of Calibration: Date of Report: Revision of Camera: Version of Report: UltraCam Eagle, S/N UC-E-1-00518105-f210 Vexcel Imaging GmbH, A-8010 Graz,

More information

Calibration Report. Short Version. UltraCam L, S/N UC-L Vexcel Imaging GmbH, A-8010 Graz, Austria

Calibration Report. Short Version. UltraCam L, S/N UC-L Vexcel Imaging GmbH, A-8010 Graz, Austria Calibration Report Short Version Camera: Manufacturer: UltraCam L, S/N UC-L-1-00612089 Vexcel Imaging GmbH, A-8010 Graz, Austria Date of Calibration: Mar-23-2010 Date of Report: May-17-2010 Camera Revision:

More information

Calibration Report. UC-SXp Version of Report:

Calibration Report. UC-SXp Version of Report: Calibration Report Camera: Serial: UltraCam Xp UC-SXp-1-40719017 Calibration Date: Date of Report: Camera Revision: Version of Report: Feb-28-2018 Mar-05-2018 Rev13.00 V01 www.vexcel-imaging.com Copyright

More information

Calibration Report. Vexcel Imaging GmbH, A-8010 Graz, Austria

Calibration Report. Vexcel Imaging GmbH, A-8010 Graz, Austria Calibration Report Camera: Manufacturer: UltraCam D, S/N UCD-SU-1-0031 Vexcel Imaging GmbH, A-8010 Graz, Austria Date of Calibration: Apr-10-2009 Date of Report: Feb-15-2010 Camera Revision: 4.0 Revision

More information

Calibration Report. Short version. UltraCam Xp, S/N UC-SXp Vexcel Imaging GmbH, A-8010 Graz, Austria

Calibration Report. Short version. UltraCam Xp, S/N UC-SXp Vexcel Imaging GmbH, A-8010 Graz, Austria Calibration Report Short version Camera: Manufacturer: UltraCam Xp, S/N UC-SXp-1-61212452 Vexcel Imaging GmbH, A-8010 Graz, Austria Date of Calibration: Mar-05-2009 Date of Report: Mar-13-2009 Camera Revision:

More information

Calibration Report. UltraCam Eagle, S/N UC-Eagle f80. Vexcel Imaging GmbH, A-8010 Graz, Austria

Calibration Report. UltraCam Eagle, S/N UC-Eagle f80. Vexcel Imaging GmbH, A-8010 Graz, Austria Calibration Report Camera: Manufacturer: UltraCam Eagle, S/N UC-Eagle-1-60411397-f80 Vexcel Imaging GmbH, A-8010 Graz, Austria Date of Calibration: Jul-23-2013 Date of Report: Aug-06-2013 Camera Revision:

More information

Calibration Report. Short version. UltraCam X, S/N UCX-SX Microsoft Photogrammetry, A-8010 Graz, Austria. ( 1 of 13 )

Calibration Report. Short version. UltraCam X, S/N UCX-SX Microsoft Photogrammetry, A-8010 Graz, Austria. ( 1 of 13 ) Calibration Report Short version Camera: Manufacturer: UltraCam X, S/N UCX-SX-1-30518177 Microsoft Photogrammetry, A-8010 Graz, Austria Date of Calibration: May-24-2007 Date of Report: Jun-21-2007 Camera

More information

TELLS THE NUMBER OF PIXELS THE TRUTH? EFFECTIVE RESOLUTION OF LARGE SIZE DIGITAL FRAME CAMERAS

TELLS THE NUMBER OF PIXELS THE TRUTH? EFFECTIVE RESOLUTION OF LARGE SIZE DIGITAL FRAME CAMERAS TELLS THE NUMBER OF PIXELS THE TRUTH? EFFECTIVE RESOLUTION OF LARGE SIZE DIGITAL FRAME CAMERAS Karsten Jacobsen Leibniz University Hannover Nienburger Str. 1 D-30167 Hannover, Germany jacobsen@ipi.uni-hannover.de

More information

PROPERTY OF THE LARGE FORMAT DIGITAL AERIAL CAMERA DMC II

PROPERTY OF THE LARGE FORMAT DIGITAL AERIAL CAMERA DMC II PROPERTY OF THE LARGE FORMAT DIGITAL AERIAL CAMERA II K. Jacobsen a, K. Neumann b a Institute of Photogrammetry and GeoInformation, Leibniz University Hannover, Germany jacobsen@ipi.uni-hannover.de b Z/I

More information

INCREASING GEOMETRIC ACCURACY OF DMC S VIRTUAL IMAGES

INCREASING GEOMETRIC ACCURACY OF DMC S VIRTUAL IMAGES INCREASING GEOMETRIC ACCURACY OF DMC S VIRTUAL IMAGES M. Madani, I. Shkolnikov Intergraph Corporation, Alabama, USA (mostafa.madani@intergraph.com) Commission I, WG I/1 KEY WORDS: Digital Aerial Cameras,

More information

Geometric Property of Large Format Digital Camera DMC II 140

Geometric Property of Large Format Digital Camera DMC II 140 PFG 2011 / 2, 071 079, March 2011 Geometric Property of Large Format Digital Camera DMC II 140 KARSTEN JACOBSEN, Hannover Keywords: Digital camera, geometry, large format CCD, systematic image errors Summary:

More information

DMC PRACTICAL EXPERIENCE AND ACCURACY ASSESSMENT

DMC PRACTICAL EXPERIENCE AND ACCURACY ASSESSMENT DMC PRACTICAL EXPERIENCE AND ACCURACY ASSESSMENT M. Madani 1, C. Dörstel 2, C. Heipke 3, K. Jacobsen 3 1 Z/I Imaging Corporation, Alabama, USA 2 Z/I Imaging GmbH, Aalen, Germany 3 Hanover University E-mail:

More information

CALIBRATION OF IMAGING SATELLITE SENSORS

CALIBRATION OF IMAGING SATELLITE SENSORS CALIBRATION OF IMAGING SATELLITE SENSORS Jacobsen, K. Institute of Photogrammetry and GeoInformation, University of Hannover jacobsen@ipi.uni-hannover.de KEY WORDS: imaging satellites, geometry, calibration

More information

Geometric Analysis of DMC II 140

Geometric Analysis of DMC II 140 Geometric Analysis of DMC II 14 Karsten Jacobsen Leibniz Universität Hannover jacobsen@ipi.uni-hannover.de DMC II 14 Geometry determined by panchromatic camera Panchromatic camera: focal length: 92.52

More information

POTENTIAL OF LARGE FORMAT DIGITAL AERIAL CAMERAS. Dr. Karsten Jacobsen Leibniz University Hannover, Germany

POTENTIAL OF LARGE FORMAT DIGITAL AERIAL CAMERAS. Dr. Karsten Jacobsen Leibniz University Hannover, Germany POTENTIAL OF LARGE FORMAT DIGITAL AERIAL CAMERAS Dr. Karsten Jacobsen Leibniz University Hannover, Germany jacobsen@ipi.uni-hannover.de Introduction: Digital aerial cameras are replacing traditional analogue

More information

2019 NYSAPLS Conf> Fundamentals of Photogrammetry for Land Surveyors

2019 NYSAPLS Conf> Fundamentals of Photogrammetry for Land Surveyors 2019 NYSAPLS Conf> Fundamentals of Photogrammetry for Land Surveyors George Southard GSKS Associates LLC Introduction George Southard: Master s Degree in Photogrammetry and Cartography 40 years working

More information

CALIBRATION OF OPTICAL SATELLITE SENSORS

CALIBRATION OF OPTICAL SATELLITE SENSORS CALIBRATION OF OPTICAL SATELLITE SENSORS KARSTEN JACOBSEN University of Hannover Institute of Photogrammetry and Geoinformation Nienburger Str. 1, D-30167 Hannover, Germany jacobsen@ipi.uni-hannover.de

More information

Figure 1 - The Main Screen of the e-foto Photogrammetric Project Creation and Management

Figure 1 - The Main Screen of the e-foto Photogrammetric Project Creation and Management Introduction The Rio de Janeiro State University - UERJ After executing the integrated version of the e-foto, you will see the opening screen of the software, as shown in Figure 1 below. The main menu

More information

CALIBRATING THE NEW ULTRACAM OSPREY OBLIQUE AERIAL SENSOR Michael Gruber, Wolfgang Walcher

CALIBRATING THE NEW ULTRACAM OSPREY OBLIQUE AERIAL SENSOR Michael Gruber, Wolfgang Walcher CALIBRATING THE NEW ULTRACAM OSPREY OBLIQUE AERIAL SENSOR Michael Gruber, Wolfgang Walcher Microsoft UltraCam Business Unit Anzengrubergasse 8/4, 8010 Graz / Austria {michgrub, wwalcher}@microsoft.com

More information

Calibration Certificate

Calibration Certificate Calibation Potocol Calibation Cetiicate Digital Mapping Camea DMC DMC Seial Numbe: DMC-8 CBU Seial Numbe: 8 Fo Lantmätiet Lantmäteigatan SE-88 Gävle Sweden Calibation Potocol Sstem Oveview Flight Diection

More information

Phase One ixu-rs1000 Accuracy Assessment Report Yu. Raizman, PhaseOne.Industrial, Israel

Phase One ixu-rs1000 Accuracy Assessment Report Yu. Raizman, PhaseOne.Industrial, Israel 17 th International Scientific and Technical Conference FROM IMAGERY TO DIGITAL REALITY: ERS & Photogrammetry Phase One ixu-rs1000 Accuracy Assessment Report Yu. Raizman, PhaseOne.Industrial, Israel 1.

More information

NEWS FROM THE ULTRACAM CAMERA LINE-UP INTRODUCTION

NEWS FROM THE ULTRACAM CAMERA LINE-UP INTRODUCTION NEWS FROM THE ULTRACAM CAMERA LINE-UP Alexander Wiechert, Michael Gruber Vexcel Imaging Austria / Microsoft Photogrammetry Anzengrubergasse 8/4, 8010 Graz / Austria {alwieche, michgrub}@microsoft.com ABSTRACT

More information

HD aerial video for coastal zone ecological mapping

HD aerial video for coastal zone ecological mapping HD aerial video for coastal zone ecological mapping Albert K. Chong University of Otago, Dunedin, New Zealand Phone: +64 3 479-7587 Fax: +64 3 479-7586 Email: albert.chong@surveying.otago.ac.nz Presented

More information

UltraCam Eagle Prime Aerial Sensor Calibration and Validation

UltraCam Eagle Prime Aerial Sensor Calibration and Validation UltraCam Eagle Prime Aerial Sensor Calibration and Validation Michael Gruber, Marc Muick Vexcel Imaging GmbH Anzengrubergasse 8/4, 8010 Graz / Austria {michael.gruber, marc.muick}@vexcel-imaging.com Key

More information

Vexcel Imaging GmbH Innovating in Photogrammetry: UltraCamXp, UltraCamLp and UltraMap

Vexcel Imaging GmbH Innovating in Photogrammetry: UltraCamXp, UltraCamLp and UltraMap Photogrammetric Week '09 Dieter Fritsch (Ed.) Wichmann Verlag, Heidelberg, 2009 Wiechert, Gruber 27 Vexcel Imaging GmbH Innovating in Photogrammetry: UltraCamXp, UltraCamLp and UltraMap ALEXANDER WIECHERT,

More information

** KEYSTONE AERIAL SURVEYS R. David Day, Wesley Weaver **

** KEYSTONE AERIAL SURVEYS R. David Day, Wesley Weaver ** AN ACCURACY ANALYSIS OF LARGE RESOLUTION IMAGES CAPTURED WITH THE NIKON D810 DIGITAL CAMERA SYSTEM Ricardo M. Passini * * ricardopassini2012@outlook.com ** KEYSTONE AERIAL SURVEYS R. David Day, Wesley

More information

Metric Accuracy Testing with Mobile Phone Cameras

Metric Accuracy Testing with Mobile Phone Cameras Metric Accuracy Testing with Mobile Phone Cameras Armin Gruen,, Devrim Akca Chair of Photogrammetry and Remote Sensing ETH Zurich Switzerland www.photogrammetry.ethz.ch Devrim Akca, the 21. ISPRS Congress,

More information

Leica RCD30 Calibration Certificate

Leica RCD30 Calibration Certificate Leica RCD30 Calibration Certificate Camera Head Serial Number Lens Serial Number This certificate is valid for CH62 62001 NAG-D 3.5/50 50002 Inspector Calibration certificate issued on 23 June 2011 Udo

More information

Baldwin and Mobile Counties, AL Orthoimagery Project Report. Submitted: March 23, 2016

Baldwin and Mobile Counties, AL Orthoimagery Project Report. Submitted: March 23, 2016 2015 Orthoimagery Project Report Submitted: Prepared by: Quantum Spatial, Inc 523 Wellington Way, Suite 375 Lexington, KY 40503 859-277-8700 Page i of iii Contents Project Report 1. Summary / Scope...

More information

ABOUT FRAME VERSUS PUSH-BROOM AERIAL CAMERAS

ABOUT FRAME VERSUS PUSH-BROOM AERIAL CAMERAS ABOUT FRAME VERSUS PUSH-BROOM AERIAL CAMERAS Franz Leberl and Michael Gruber Microsoft Photogrammetry, 8010 Graz ABSTRACT When presenting digital large format aerial cameras to the interested community

More information

Technical Evaluation of Khartoum State Mapping Project

Technical Evaluation of Khartoum State Mapping Project Technical Evaluation of Khartoum State Mapping Project Nagi Zomrawi 1 and Mohammed Fator 2 1 School of Surveying Engineering, Collage of Engineering, Sudan University of Science and Technology, Khartoum,

More information

Ground Control Configuration Analysis for Small Area UAV Imagery Based Mapping

Ground Control Configuration Analysis for Small Area UAV Imagery Based Mapping Ground Control Configuration Analysis for Small Area UAV Imagery Based Mapping ASPRS IGTF 2017, Baltimore, MD March 15 th, 2017 Presenter: David Day, CP, GISP Wes Weaver Keystone Aerial Surveys, Inc. Summary

More information

High Resolution Sensor Test Comparison with SPOT, KFA1000, KVR1000, IRS-1C and DPA in Lower Saxony

High Resolution Sensor Test Comparison with SPOT, KFA1000, KVR1000, IRS-1C and DPA in Lower Saxony High Resolution Sensor Test Comparison with SPOT, KFA1000, KVR1000, IRS-1C and DPA in Lower Saxony K. Jacobsen, G. Konecny, H. Wegmann Abstract The Institute for Photogrammetry and Engineering Surveys

More information

Digital airborne cameras Status & future

Digital airborne cameras Status & future Institut für Photogrammetrie ifp Digital airborne cameras Status & future Michael Cramer Institute for Photogrammetry, Univ. of Stuttgart Geschwister-Scholl-Str.24, D-70174 Stuttgart Tel: + 49 711 121

More information

Geometry of Aerial Photographs

Geometry of Aerial Photographs Geometry of Aerial Photographs Aerial Cameras Aerial cameras must be (details in lectures): Geometrically stable Have fast and efficient shutters Have high geometric and optical quality lenses They can

More information

EXAMPLES OF TOPOGRAPHIC MAPS PRODUCED FROM SPACE AND ACHIEVED ACCURACY CARAVAN Workshop on Mapping from Space, Phnom Penh, June 2000

EXAMPLES OF TOPOGRAPHIC MAPS PRODUCED FROM SPACE AND ACHIEVED ACCURACY CARAVAN Workshop on Mapping from Space, Phnom Penh, June 2000 EXAMPLES OF TOPOGRAPHIC MAPS PRODUCED FROM SPACE AND ACHIEVED ACCURACY CARAVAN Workshop on Mapping from Space, Phnom Penh, June 2000 Jacobsen, Karsten University of Hannover Email: karsten@ipi.uni-hannover.de

More information

The Z/I Imaging Digital Aerial Camera System

The Z/I Imaging Digital Aerial Camera System Hinz 109 The Z/I Imaging Digital Aerial Camera System ALEXANDER HINZ, Oberkochen ABSTRACT With the availability of a digital camera, it is possible to completely close the digital chain from image recording

More information

Rochester Institute of Technology. Wildfire Airborne Sensor Program (WASP) Project Overview

Rochester Institute of Technology. Wildfire Airborne Sensor Program (WASP) Project Overview Rochester Institute of Technology Wildfire Airborne Sensor Program (WASP) Project Overview Introduction The following slides describe a program underway at RIT The sensor system described herein is being

More information

UltraCam and UltraMap Towards All in One Solution by Photogrammetry

UltraCam and UltraMap Towards All in One Solution by Photogrammetry Photogrammetric Week '11 Dieter Fritsch (Ed.) Wichmann/VDE Verlag, Belin & Offenbach, 2011 Wiechert, Gruber 33 UltraCam and UltraMap Towards All in One Solution by Photogrammetry ALEXANDER WIECHERT, MICHAEL

More information

EuroSDR project. Digital Camera Calibration. Michael Cramer. Presentation of project proposal

EuroSDR project. Digital Camera Calibration. Michael Cramer. Presentation of project proposal Institut für Photogrammetrie EuroSDR project Digital Camera Calibration Michael Cramer michael.cramer@.uni-stuttgart.de Presentation of project proposal 103 rd EuroSDR Science and Steering Committee Meetings

More information

MEDIUM FORMAT CAMERA EVALUATION BASED ON THE LATEST PHASE ONE TECHNOLOGY

MEDIUM FORMAT CAMERA EVALUATION BASED ON THE LATEST PHASE ONE TECHNOLOGY MEDIUM FORMAT CAMERA EVALUATION BASED ON THE LATEST PHASE ONE TECHNOLOGY T.Tölg a, G. Kemper b, D. Kalinski c a Phase One / Germany tto@phaseone.com b GGS GmbH, Speyer / Germany kemper@ggs-speyer.de c

More information

CALIBRATION REPORT SUMMARY

CALIBRATION REPORT SUMMARY CALIBRATION REPORT SUMMARY Material Description Assembly 2PADI080 1027 0997 A / 09A Camera Module 1 CCD KODAK KAF 39Mp Full Frame Color Image Sensor SN CQ011027 Lens Schneider Apo Digitar 4.0/80 N SN 15006871

More information

ULTRACAMX AND A NEW WAY OF PHOTOGRAMMETRIC PROCESSING

ULTRACAMX AND A NEW WAY OF PHOTOGRAMMETRIC PROCESSING ULTRACAMX AND A NEW WAY OF PHOTOGRAMMETRIC PROCESSING Michael Gruber, Bernhard Reitinger Microsoft Photogrammetry Anzengrubergasse 8, A-8010 Graz, Austria {michgrub, bernreit}@microsoft.com ABSTRACT This

More information

Digital Aerial Photography UNBC March 22, Presented by: Dick Mynen TDB Consultants Inc.

Digital Aerial Photography UNBC March 22, Presented by: Dick Mynen TDB Consultants Inc. Digital Aerial Photography UNBC March 22, 2011 Presented by: Dick Mynen TDB Consultants Inc. Airborne Large Scale Digital Photography Who is using the technology in today s environment Options available

More information

HIGH RESOLUTION COLOR IMAGERY FOR ORTHOMAPS AND REMOTE SENSING. Author: Peter Fricker Director Product Management Image Sensors

HIGH RESOLUTION COLOR IMAGERY FOR ORTHOMAPS AND REMOTE SENSING. Author: Peter Fricker Director Product Management Image Sensors HIGH RESOLUTION COLOR IMAGERY FOR ORTHOMAPS AND REMOTE SENSING Author: Peter Fricker Director Product Management Image Sensors Co-Author: Tauno Saks Product Manager Airborne Data Acquisition Leica Geosystems

More information

HIGH RESOLUTION IMAGERY FOR MAPPING AND LANDSCAPE MONITORING

HIGH RESOLUTION IMAGERY FOR MAPPING AND LANDSCAPE MONITORING HIGH RESOLUTION IMAGERY FOR MAPPING AND LANDSCAPE MONITORING Karsten Jacobsen Leibniz University Hannover, Institute of Photogrammetry and Geoinformation Nienburger Str. 1, 30165 Hannover, Germany, jacobsen@ipi.uni-hannover.de

More information

AERIAL SURVEY TEST PROJECT WITH DJI PHANTOM 3 QUADROCOPTER DRONE

AERIAL SURVEY TEST PROJECT WITH DJI PHANTOM 3 QUADROCOPTER DRONE T. Jancso, P. Engler, P. Udvardy Aerial Survey Test Project with DJI Phantom 3 Quadrocopter Drone AERIAL SURVEY TEST PROJECT WITH DJI PHANTOM 3 QUADROCOPTER DRONE Tamas JANCSO, Associate Professor Phd

More information

While film cameras still

While film cameras still aerial perspective by Mathias Lemmens, editor-in-chief, GIM International Digital Aerial Cameras System Configurations and Sensor Architectures Editor s note: This issue includes an extensive product survey

More information

DEM Generation Using a Digital Large Format Frame Camera

DEM Generation Using a Digital Large Format Frame Camera DEM Generation Using a Digital Large Format Frame Camera Joachim Höhle Abstract Progress in automated photogrammetric DEM generation is presented. Starting from the procedures and the performance parameters

More information

Airborne or Spaceborne Images for Topographic Mapping?

Airborne or Spaceborne Images for Topographic Mapping? Advances in Geosciences Konstantinos Perakis, Editor EARSeL, 2012 Airborne or Spaceborne Images for Topographic Mapping? Karsten Jacobsen Leibniz University Hannover, Institute of Photogrammetry and Geoinformation,

More information

UltraCam and UltraMap An Update

UltraCam and UltraMap An Update Photogrammetric Week '15 Dieter Fritsch (Ed.) Wichmann/VDE Verlag, Belin & Offenbach, 2015 Wiechert, Gruber 45 UltraCam and UltraMap An Update Alexander Wiechert, Michael Gruber, Graz ABSTRACT When UltraCam

More information

The Airphoto Ortho Suite is an add-on to Geomatica. It requires Geomatica Core or Geomatica Prime as a pre-requisite.

The Airphoto Ortho Suite is an add-on to Geomatica. It requires Geomatica Core or Geomatica Prime as a pre-requisite. Airphoto Ortho Suite The Airphoto Ortho Suite includes rigorous models used to correct the geometry of analogue and digital/video cameras and to produce orthorectified air photos. These models compensate

More information

Aerial photography: Principles. Frame capture sensors: Analog film and digital cameras

Aerial photography: Principles. Frame capture sensors: Analog film and digital cameras Aerial photography: Principles Frame capture sensors: Analog film and digital cameras Overview Introduction Frame vs scanning sensors Cameras (film and digital) Photogrammetry Orthophotos Air photos are

More information

CALIBRATING DIGITAL PHOTOGRAMMETRIC AIRBORNE IMAGING SYSTEMS IN A TEST FIELD

CALIBRATING DIGITAL PHOTOGRAMMETRIC AIRBORNE IMAGING SYSTEMS IN A TEST FIELD CALIBRATING DIGITAL PHOTOGRAMMETRIC AIRBORNE IMAGING SYSTEMS IN A TEST FIELD Eija Honkavaara, Lauri Markelin, Eero Ahokas, Risto Kuittinen, Jouni Peltoniemi Finnish Geodetic Institute, Geodeetinrinne 2,

More information

Lab #10 Digital Orthophoto Creation (Using Leica Photogrammetry Suite)

Lab #10 Digital Orthophoto Creation (Using Leica Photogrammetry Suite) Lab #10 Digital Orthophoto Creation (Using Leica Photogrammetry Suite) References: Leica Photogrammetry Suite Project Manager: Users Guide, Leica Geosystems LLC. Leica Photogrammetry Suite 9.2 Introduction:

More information

Chapters 1 & 2. Definitions and applications Conceptual basis of photogrammetric processing

Chapters 1 & 2. Definitions and applications Conceptual basis of photogrammetric processing Chapters 1 & 2 Chapter 1: Photogrammetry Definitions and applications Conceptual basis of photogrammetric processing Transition from two-dimensional imagery to three-dimensional information Automation

More information

Leica ADS80 - Digital Airborne Imaging Solution NAIP, Salt Lake City 4 December 2008

Leica ADS80 - Digital Airborne Imaging Solution NAIP, Salt Lake City 4 December 2008 Luzern, Switzerland, acquired at 5 cm GSD, 2008. Leica ADS80 - Digital Airborne Imaging Solution NAIP, Salt Lake City 4 December 2008 Shawn Slade, Doug Flint and Ruedi Wagner Leica Geosystems AG, Airborne

More information

Experimental aerial photogrammetry with professional non metric camera Canon EOS 5D

Experimental aerial photogrammetry with professional non metric camera Canon EOS 5D Experimental aerial photogrammetry with professional non metric camera Canon EOS 5D Ante Sladojević, Goran Mrvoš Galileo Geo Sustavi, Croatia 1. Introduction With this project we wanted to test professional

More information

PERFORMANCE EVALUATIONS OF MACRO LENSES FOR DIGITAL DOCUMENTATION OF SMALL OBJECTS

PERFORMANCE EVALUATIONS OF MACRO LENSES FOR DIGITAL DOCUMENTATION OF SMALL OBJECTS PERFORMANCE EVALUATIONS OF MACRO LENSES FOR DIGITAL DOCUMENTATION OF SMALL OBJECTS ideharu Yanagi a, Yuichi onma b, irofumi Chikatsu b a Spatial Information Technology Division, Japan Association of Surveyors,

More information

DMC The Digital Sensor Technology of Z/I-Imaging

DMC The Digital Sensor Technology of Z/I-Imaging Hinz 93 DMC The Digital Sensor Technology of Z/I-Imaging ALEXANDER HINZ, CHRISTOPH DÖRSTEL, HELMUT HEIER, Oberkochen ABSTRACT Aerial cameras manufactured by Carl Zeiss have been successfully used around

More information

RPAS Photogrammetric Mapping Workflow and Accuracy

RPAS Photogrammetric Mapping Workflow and Accuracy RPAS Photogrammetric Mapping Workflow and Accuracy Dr Yincai Zhou & Dr Craig Roberts Surveying and Geospatial Engineering School of Civil and Environmental Engineering, UNSW Background RPAS category and

More information

Overview. Objectives. The ultimate goal is to compare the performance that different equipment offers us in a photogrammetric flight.

Overview. Objectives. The ultimate goal is to compare the performance that different equipment offers us in a photogrammetric flight. Overview At present, one of the most commonly used technique for topographic surveys is aerial photogrammetry. This technique uses aerial images to determine the geometric properties of objects and spatial

More information

Jens Kremer ISPRS Hannover Workshop 2017,

Jens Kremer ISPRS Hannover Workshop 2017, Jens Kremer ISPRS Hannover Workshop 2017, 8.06.2017 Modular aerial camera-systems The IGI UrbanMapper 2-in1 concept System Layout The DigiCAM-100 module The IGI UrbanMapper Sensor geometry & stitching

More information

ifp Universität Stuttgart EuroSDR network on Digital Camera Calibration Report Phase I (Status Oct 26, 2004)

ifp Universität Stuttgart EuroSDR network on Digital Camera Calibration Report Phase I (Status Oct 26, 2004) Universität Stuttgart EuroSDR network on Digital Camera Calibration Report Phase I (Status Oct 26, 2004) Michael Cramer Institute for Photogrammetry (ifp) University of Stuttgart Geschwister-Scholl-Str.

More information

ACCURACY ASSESSMENT OF DIRECT GEOREFERENCING FOR PHOTOGRAMMETRIC APPLICATIONS ON SMALL UNMANNED AERIAL PLATFORMS

ACCURACY ASSESSMENT OF DIRECT GEOREFERENCING FOR PHOTOGRAMMETRIC APPLICATIONS ON SMALL UNMANNED AERIAL PLATFORMS ACCURACY ASSESSMENT OF DIRECT GEOREFERENCING FOR PHOTOGRAMMETRIC APPLICATIONS ON SMALL UNMANNED AERIAL PLATFORMS O. Mian a, J. Lutes a, G. Lipa a, J. J. Hutton a, E. Gavelle b S. Borghini c * a Applanix

More information

Chapters 1-3. Chapter 1: Introduction and applications of photogrammetry Chapter 2: Electro-magnetic radiation. Chapter 3: Basic optics

Chapters 1-3. Chapter 1: Introduction and applications of photogrammetry Chapter 2: Electro-magnetic radiation. Chapter 3: Basic optics Chapters 1-3 Chapter 1: Introduction and applications of photogrammetry Chapter 2: Electro-magnetic radiation Radiation sources Classification of remote sensing systems (passive & active) Electromagnetic

More information

EXPERIMENT ON PARAMETER SELECTION OF IMAGE DISTORTION MODEL

EXPERIMENT ON PARAMETER SELECTION OF IMAGE DISTORTION MODEL IARS Volume XXXVI, art 5, Dresden 5-7 September 006 EXERIMENT ON ARAMETER SELECTION OF IMAGE DISTORTION MODEL Ryuji Matsuoa*, Noboru Sudo, Hideyo Yootsua, Mitsuo Sone Toai University Research & Information

More information

Phase One 190MP Aerial System

Phase One 190MP Aerial System White Paper Phase One 190MP Aerial System Introduction Phase One Industrial s 100MP medium format aerial camera systems have earned a worldwide reputation for its high performance. They are commonly used

More information

ASPECTS OF DEM GENERATION FROM UAS IMAGERY

ASPECTS OF DEM GENERATION FROM UAS IMAGERY ASPECTS OF DEM GENERATION FROM UAS IMAGERY A. Greiwea,, R. Gehrke a,, V. Spreckels b,, A. Schlienkamp b, Department Architecture, Civil Engineering and Geomatics, Fachhochschule Frankfurt am Main, Germany

More information

ENHANCEMENT OF THE RADIOMETRIC IMAGE QUALITY OF PHOTOGRAMMETRIC SCANNERS.

ENHANCEMENT OF THE RADIOMETRIC IMAGE QUALITY OF PHOTOGRAMMETRIC SCANNERS. ENHANCEMENT OF THE RADIOMETRIC IMAGE QUALITY OF PHOTOGRAMMETRIC SCANNERS Klaus NEUMANN *, Emmanuel BALTSAVIAS ** * Z/I Imaging GmbH, Oberkochen, Germany neumann@ziimaging.de ** Institute of Geodesy and

More information

Chapters 1-3. Chapter 1: Introduction and applications of photogrammetry Chapter 2: Electro-magnetic radiation. Chapter 3: Basic optics

Chapters 1-3. Chapter 1: Introduction and applications of photogrammetry Chapter 2: Electro-magnetic radiation. Chapter 3: Basic optics Chapters 1-3 Chapter 1: Introduction and applications of photogrammetry Chapter 2: Electro-magnetic radiation Radiation sources Classification of remote sensing systems (passive & active) Electromagnetic

More information

Leica - 3 rd Generation Airborne Digital Sensors Features / Benefits for Remote Sensing & Environmental Applications

Leica - 3 rd Generation Airborne Digital Sensors Features / Benefits for Remote Sensing & Environmental Applications Leica - 3 rd Generation Airborne Digital Sensors Features / Benefits for Remote Sensing & Environmental Applications Arthur Rohrbach, Sensor Sales Dir Europe, Middle-East and Africa (EMEA) Luzern, Switzerland,

More information

CEE 6100 / CSS 6600 Remote Sensing Fundamentals 1 Topic 4: Photogrammetry

CEE 6100 / CSS 6600 Remote Sensing Fundamentals 1 Topic 4: Photogrammetry CEE 6100 / CSS 6600 Remote Sensing Fundamentals 1 PHOTOGRAMMETRY DEFINITION (adapted from Manual of Photographic Interpretation, 2 nd edition, Warren Philipson, 1997) Photogrammetry and Remote Sensing:

More information

BASLER A601f / A602f

BASLER A601f / A602f Camera Specification BASLER A61f / A6f Measurement protocol using the EMVA Standard 188 3rd November 6 All values are typical and are subject to change without prior notice. CONTENTS Contents 1 Overview

More information

ULTRACAM EAGLE MARK 3. One system for endless possibilities

ULTRACAM EAGLE MARK 3. One system for endless possibilities ULTRACAM EAGLE MARK 3 One system for endless possibilities ULTRACAM EAGLE MARK 3 26,460 pixels across track An ultra-large footprint coupled with a unique user-exchangeable lens system makes the UltraCam

More information

Photogrammetry. Lecture 4 September 7, 2005

Photogrammetry. Lecture 4 September 7, 2005 Photogrammetry Lecture 4 September 7, 2005 What is Photogrammetry Photogrammetry is the art and science of making accurate measurements by means of aerial photography: Analog photogrammetry (using films:

More information

Introduction to Photogrammetry

Introduction to Photogrammetry Introduction to Photogrammetry Presented By: Sasanka Madawalagama Geoinformatics Center Asian Institute of Technology Thailand www.geoinfo.ait.asia Content Introduction to photogrammetry 2D to 3D Drones

More information

RESEARCH ON LOW ALTITUDE IMAGE ACQUISITION SYSTEM

RESEARCH ON LOW ALTITUDE IMAGE ACQUISITION SYSTEM RESEARCH ON LOW ALTITUDE IMAGE ACQUISITION SYSTEM 1, Hongxia Cui, Zongjian Lin, Jinsong Zhang 3,* 1 Department of Information Science and Engineering, University of Bohai, Jinzhou, Liaoning Province,11,

More information

On spatial resolution

On spatial resolution On spatial resolution Introduction How is spatial resolution defined? There are two main approaches in defining local spatial resolution. One method follows distinction criteria of pointlike objects (i.e.

More information

Geometry perfect Radiometry unknown?

Geometry perfect Radiometry unknown? Institut für Photogrammetrie Geometry perfect Radiometry unknown? Photogrammetric Week 2011 Stuttgart Michael Cramer Institut für Photogrammetrie () Universität Stuttgart michael.cramer@.uni-stuttgart.de

More information

PHOTOGRAMMETRIC RESECTION DIFFERENCES BASED ON LABORATORY vs. OPERATIONAL CALIBRATIONS

PHOTOGRAMMETRIC RESECTION DIFFERENCES BASED ON LABORATORY vs. OPERATIONAL CALIBRATIONS PHOTOGRAMMETRIC RESECTION DIFFERENCES BASED ON LABORATORY vs. OPERATIONAL CALIBRATIONS Dean C. MERCHANT Topo Photo Inc. Columbus, Ohio USA merchant.2@osu.edu KEY WORDS: Photogrammetry, Calibration, GPS,

More information

CSI: Rombalds Moor Photogrammetry Photography

CSI: Rombalds Moor Photogrammetry Photography Photogrammetry Photography Photogrammetry Training 26 th March 10:00 Welcome Presentation image capture Practice 12:30 13:15 Lunch More practice 16:00 (ish) Finish or earlier What is photogrammetry 'photo'

More information

EnsoMOSAIC Aerial mapping tools

EnsoMOSAIC Aerial mapping tools EnsoMOSAIC Aerial mapping tools Jakarta and Kuala Lumpur, 2013 Contents MosaicMill MM Application examples Software introduction System introduction Rikola HS sensor UAV platform examples SW Syst HS UAV

More information

Advanced Optical Satellite (ALOS-3) Overviews

Advanced Optical Satellite (ALOS-3) Overviews K&C Science Team meeting #24 Tokyo, Japan, January 29-31, 2018 Advanced Optical Satellite (ALOS-3) Overviews January 30, 2018 Takeo Tadono 1, Hidenori Watarai 1, Ayano Oka 1, Yousei Mizukami 1, Junichi

More information

PROCEEDINGS OF SPIE. Automated asphere centration testing with AspheroCheck UP

PROCEEDINGS OF SPIE. Automated asphere centration testing with AspheroCheck UP PROCEEDINGS OF SPIE SPIEDigitalLibrary.org/conference-proceedings-of-spie Automated asphere centration testing with AspheroCheck UP F. Hahne, P. Langehanenberg F. Hahne, P. Langehanenberg, "Automated asphere

More information

Topographic mapping from space K. Jacobsen*, G. Büyüksalih**

Topographic mapping from space K. Jacobsen*, G. Büyüksalih** Topographic mapping from space K. Jacobsen*, G. Büyüksalih** * Institute of Photogrammetry and Geoinformation, Leibniz University Hannover ** BIMTAS, Altunizade-Istanbul, Turkey KEYWORDS: WorldView-1,

More information

On the calibration strategy of medium format cameras for direct georeferencing 1. Derek Lichti, Jan Skaloud*, Philipp Schaer*

On the calibration strategy of medium format cameras for direct georeferencing 1. Derek Lichti, Jan Skaloud*, Philipp Schaer* On the calibration strategy of medium format cameras for direct georeferencing 1 Derek Lichti, Jan Skaloud*, Philipp Schaer* Curtin University of Technology, Perth, Australia *École Polytechnique Fédérale

More information

MISB RP 1107 RECOMMENDED PRACTICE. 24 October Metric Geopositioning Metadata Set. 1 Scope. 2 References. 2.1 Normative Reference

MISB RP 1107 RECOMMENDED PRACTICE. 24 October Metric Geopositioning Metadata Set. 1 Scope. 2 References. 2.1 Normative Reference MISB RP 1107 RECOMMENDED PRACTICE Metric Geopositioning Metadata Set 24 October 2013 1 Scope This Recommended Practice (RP) defines threshold and objective metadata elements for photogrammetric applications.

More information

Processing of stereo scanner: from stereo plotter to pixel factory

Processing of stereo scanner: from stereo plotter to pixel factory Photogrammetric Week '03 Dieter Fritsch (Ed.) Wichmann Verlag, Heidelberg, 2003 Bignone 141 Processing of stereo scanner: from stereo plotter to pixel factory FRANK BIGNONE, ISTAR, France ABSTRACT With

More information

RADIOMETRIC CALIBRATION OF INTENSITY IMAGES OF SWISSRANGER SR-3000 RANGE CAMERA

RADIOMETRIC CALIBRATION OF INTENSITY IMAGES OF SWISSRANGER SR-3000 RANGE CAMERA The Photogrammetric Journal of Finland, Vol. 21, No. 1, 2008 Received 5.11.2007, Accepted 4.2.2008 RADIOMETRIC CALIBRATION OF INTENSITY IMAGES OF SWISSRANGER SR-3000 RANGE CAMERA A. Jaakkola, S. Kaasalainen,

More information

Digital Photogrammetry. Presented by: Dr. Hamid Ebadi

Digital Photogrammetry. Presented by: Dr. Hamid Ebadi Digital Photogrammetry Presented by: Dr. Hamid Ebadi Background First Generation Analog Photogrammetry Analytical Photogrammetry Digital Photogrammetry Photogrammetric Generations 2000 digital photogrammetry

More information