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Proceedings of the Symposium on Progress in Data Processing and Analysis

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fullscreen: Proceedings of the Symposium on Progress in Data Processing and Analysis

Monograph

Persistent identifier:: 856470848

Title:: Proceedings of the Symposium on Progress in Data Processing and Analysis

Sub title:: September 8 - 12, 1990, Dresden, GDR

Scope:: 1 Online-Ressource (396 Seiten)

Year of publication:: 1990

Place of publication:: Berlin

Publisher of the original:: Kammer der Technik

Identifier (digital):: 856470848

Illustration:: Illustrationen, Diagramme

Language:: English

Usage licence:: Attribution 4.0 International (CC BY 4.0)

Publisher of the digital copy:: Technische Informationsbibliothek Hannover

Place of publication of the digital copy:: Hannover

Year of publication of the original:: 2016

Document type:: Monograph

Collection:: Earth sciences

Chapter

Title:: [S 7 Acquisition and Use of Space Photographic Data (IC-WG I / II)]

Document type:: Monograph

Structure type:: Chapter

Chapter

Title:: DISTINGUISHABLE DETAILS IN AIR PHOTOS. Werner Schubert

Document type:: Monograph

Structure type:: Chapter

Proceedings of the Symposium on Progress in Data Processing and Analysis
Cover
ColorChart
Title page
Title page
Copies of this book may be obtained from Gesellschaft für Photograrmetrie und Fernerkundung at KAMMER DER TECHNIK, [...]
Introduction
Commission II PROGRESS IN DATA PROCESSING AND ANALYSIS
Working Group Chairman
CONTENTS
[S 1 Special Session]
ABOUT THE IMPORTANCE OF COMMISSION II WITHIN THE INTERNATIONAL SOCIETY FOR PHOTOGRAMMETRY AND REMOTE SENSING. Jürgen Pietschner
Advances in the Processing and Analysis of Photogrammetric and Remotely Sensed Data. Prof Dr. Klaus Szangolies
[S 2 Manufacturers Forum]
New Developments in the Processing Software for P-Series Planicomp. Johannes Saile, Oberkochen
PHOTOGRAMMETRIC PRODUCTS FROM LEICA. A Stewart Walker
[S 3 Analytical Instruments (WG II / 1)]
Digital Photogrammetric Applications with the Prime-Wild S9 Analytical Plotter. David Wilkins
DICOMAT - The analytical photogrammetric restitution system of Carl Zeiss JENA GmbH. G. Bauer
ANALPRET Computer Assisted and Controlled Plotter for Teaching and Interpretation. M. G. Gerencser, Prof. Dr.
[S 4 Systems for Analysis of Remotely Sensed Data (WG II / 2)]
LOW COST IMAGE PROCESSING ON PERSONAL COMPUTERS: THE MACINTOSH-II BASED DIRIGO SYSTEM. Manfred Ehlers
A low-cost image processing system on a 32-bit RISC microcomputer. Mulder N. J., H. R. Kostwinder and L. J. Blesius
[S 5 Systems for Reception, Recording, Preprocessing, Archiving and Dissemination of Remotely Sensed Data (WG II / 3)]
A Fast Storage Unit With Integrated Database Processor for Image Data. Lieckfeldt, P.; Missling, K.-D. ; Neumann, B.
THEMATIC COMPRESSION OF METEOROLOGICAL IMAGE DATA. Hans-Jörg Grundmann, Adolf Günther, Olaf Hellmuth
A STANDARD METHOD FOR CREATING SELF-DEFINING DATA STRUCTURES FOR INFORMATION ARCHIVE AND TRANSFER. John A. Johnson
LANGUAGE REQUIREMENTS FOR UNDERSTANDING RETRIEVED DATA. Fred C. Billingsley
[S 6 Systems and Instrumentation for Synthetic Aperture Radar Processing (WG II / 4)]
Infrared and Microwave Radiometry for Mineral Identification and Moisture Determination. Dr. rer. nat. K. Schmidt, Dr. sc. H. Weichelt, Dipl. -Ing. W. Herr, Dipl.-Geologe M. Iffert
Some results of microwave measurements during the INTERCOSMOS complex experiments GEOEX, TELEGEO and CARIBE. Horst Weichelt
[S 7 Acquisition and Use of Space Photographic Data (IC-WG I / II)]
Cartographic Potential of Space Images. Karsten Jacobsen
Multispectral photocamera MK-4. Dr. Yu. KIENKO, Dr. I. NENASHEV, Yu. BELOUS
THE COMPOSITING DEVICES FOR PHOTOIMAGES OF MK-4 CAMERA AND PREPARATION OF PHOTOMOSAICS AND PHOTOSKETCHES ON THESE DEVICES. Dr. Yu. KIENKO, Dr. V. KISELEV, Dr . Yu. ORLOV
NEW TOPOGRAPHIC AIR SURVEY CAMERA WITH FORWARD MOTION COMPENSATION AFA-TK-10/18. Afremov V. G., Afanasiev I. Yu., Babashkin N. M, llin V. B., Nekhin S. S.
On QUALITY IMPROVEMENT OF AIRBORNE REMOTE SENSING DATA AND THEIR PROCESSING MEETING THE USERS'DEMANDS. FRANZ PLISCHKE, SUSANN HEENE
TECHNIQUE FOR DETERMINING BRIGHTNESS AND SPATIAL-FREQUENCY CHARACTERISTICS OF TERRAIN FROM AEROSPACE SURVEY MATERIALS. Dr. L. M. Matiyasevich, T. I. Mikheikina, B. V. Svechnikov
PHOTOMETRICAL METHOD OP MAKING THE MAPS OP OPTICALLY-UNIPORM TERRAIN RELIEF. Dr. Kiselev V. V., Dr. Mamnitsky V. I., Dr. Matiyasevich L. M
JOINT USE OF SPECTROZONAL AND RADIO-THERMAL IMAGES OF MICROWAVE RANGE IN PROBLEMS OF INTERPRETATION OF AEROSPACE SURVEY RESULTS. Dr. E. Maslovsky, Dr. V. Troitsky, Dr. Yu. Shestopalov
REMOTE SENSING OF ECOLOGICAL SITUATIONS. Dr. V. A. SUCHTCHENYA
Application of cosmic photographs for inventory and man-making of natural resources. by Arkhipov V. I.
COMPOSITION CODING OF REMOTE SENSING DATA FOR DEVELOPING GEOINFORMATION TECHNOLOGIES OF OF RESEARCH OF NATURAL ENVIRONMENT. N. F. AFANASYEV.
Efficient Technologies for Geological Projects and Nature Protection Studies Using Aero/Space Photography Data in USSR. By A. V. Pertsov and S. G. Slutskaya
DISTINGUISHABLE DETAILS IN AIR PHOTOS. Werner Schubert
PROGRESS IN SPACE PHOTOGRAPHY. KARL-HEINZ MAREK
[S 8 Design and Algorithmic Aspects of Digital Photogrammetric Systems]
PROGRESS AND POTENTIAL OF DIGITAL PHOTOGRAMMETRIC WORKSTATIONS. IAN DOWMAN
DIPS II - Turning a Standard Computer Workstation into a Digital Photogrammetric Station. A. Gruen, H.A. Beyer
CONSEQUENCES OF THE PHOTOGRAMMETRICAL VIEW OF SOLVING SPECIAL TASKS IN DIGITAL PHOTOGRAMMETRY WITH SERIAL COMPUTERS. DR. ERHARD PROSS
An Advanced Digital Stereophotogrammetric System (ADSS)- Current Developments at the Technical University of Berlin. Gerhard Koenig, Wolfgang Nickel, Juergen Storl
Low Cost Digital Photogrammetric System for Education and Training "BIRDMAN". Sunji MURAI and Kesami KOIDO
Off-Line and On-Line Applications of Macro Photogrammetry. Karsten Jacobsen
DIGITAL PHOTOGRAMMETRIC WORKSTATIONS. Peter Lohmann , Christoph Lüken, Gustav Picht
INTEGRATION OF THE NOS CAMERA CALIBRATION SYSTEM INTO THE IDPF. Roop C. Malhotra
ANALYTICAL VERSUS DIGITAL PHOTOGRAMMETRIC TECHNIQUES AND SYSTEMS. BRANKO MAKAROVIC
PHOTOGRAMMETRIC OPEN SYSTEMS. Atef A. Elassal
ANALOG OR DIGITAL MAPPING FROM AERIAL PHOTOGRAPHS? A Contribution to the Conception of Digital Mapping Systems. O. Kölbl
DESCRIBING DIGITAL PHOTOGRAMMETRY BY FUNCTIONAL ANALYTICAL METHODS. DR. ERHARD PROSS
Modular Concept of an Airborne System for Collecting, Processing and Analysis of Remotely Sensed Data. Bach E., Nopirakowski J., Oertel D.
Experimental Airborne Remote Sensing with Infrared-Scanner and Panchromatic CCD Area Array Camera (Camcorder). Weng, A.; Dr. Nopirakowski, J.; Ehrenberg, M.; Georgino, P.; Radtke, B.; Dr. Reulke, R.
[S 9 Additional Paper]
LEAST SQUARES POLYNOMIAL SURFACE FITTING WITH OVERLAPPING DATA. W. P. SEGU
Report to Commission II
ISPRS Intercommission Working Group II/III "DESIGN AND ALGORITHMIC ASPECTS OF DIGITAL PHOTOGRAMMETRIC SYSTEMS" Report to Commission II. H. Ebner, I. Dowman, C. Heipke
Working Group II/l Analytical Instrument Activities. WORKING GROUP MISSION. prepared by Morris L McKenzie
AUTHORS LIST
Cover

Full text

DISTINGUISHABLE DETAILS IN AIR PHOTOS 
Werner Schubert 
Fils AS No!fen 
F'uschkinplatz 1 
The content of inforsat ion of air photos suet be very high to obtain a possibility of multiple interpretation. 
One of the most important desands is to distinguish Details on a very high level. In general the property 
""esrodort i r<n nf dpt si 1 я* к :i4pr>. 
ГМ c rî-U 
u* is composed of several single parameters, 
t ransrer 
transfer f 
■ f •; r r?t 
Decisive paraоe ters: шоD ui 
; ■& а f> C d ; ; i t O G 
global parameter 
^production of details" depends on 
•ne »ait: parameter limiting frequency 
f objective and film. Another important parameter is 
siting frequency, focal length and altitude. 
' : OX- с Г: 
1 ink'ПС 
moduiation 
c ru e spcLidi frequency given о y the 
knowledge about the con 
-....a ,nn^-. ; 4 -л 
ditiens of exposure 
1owe to determine t- 
■r. _■ v, ■ 'itii :• 
7 ili d 
details is 
camera 
• 7'F -1 
n ■ v u H D 6 ; ri e о r 
Details, 
hts one nac 
:onsiDer a 
rue spatial freouency 
- L _ i . - 
c,. 4 t 
ces. 
a question 
¡cos but also a question of reaching results. We Here ;■ 
Л.г.Ь.г 
want to get 'a lot of Information f'oi 
for different fields, e.g, phi 
interpretation of ecological problems. 
V. ¡7 7,Q £ 4 * 7. “ 4- 7 7 — .*i -, 4 3 -, r 4 7. _."J ’■ — 4 - r. —,-, ^ К A p b 7 - ; — 
Li earl у distinguishable details are necessary for ail 
kinds of interpretation as for mapping as for agri 
culture, geology or hydrology. Therefore we must kno# 
which factors of influence are objective for gcoD c> 
oao distinguishing of details. 
Basis for the foi lowing Descnptio 
ipliOn i! 
i m a n eye. 
isyecidii• 
if l. d ji d J-1 1 i L ‘У 
•x ч T ч-г ч : : ■»: ч 
г. - Г 1 •- r. p •. •. ¡0 K n -, r, i •. n *• "h . 1 rt *. r + t Г/ rv. v n Г f*. *. n r-. 
i-i a î> i. 1 > > Lj U i r** / i • / wj u* 1 •.iil.t'j t f j Ui Lj U i f; i a f > ÿ w 
Г Г: •: ПИТ ï 
and reproduction of detail 
Had t Г: rnr«t;iHpr 
15. in a practical way we 
chose parameters which influence the 
transfer of information of the system; target - human 
eye; 
1 true spatial frequency of the target according to 
its real geometrical structures and its spectral 
absorption in relation to the surround 
2 modulation transfer of the used lens depending on 
the spatial frequency 
3 modulation transfer of the used film depending on 
the spatial frequency 
4 effective Un film reproduced/ spatial frequency 
5 conditions for viewing the film depending on the 
frequency character of the human eye 
Now we should answer the question how is the inter 
action between the described parameters. 
224 
possible to approximate rather simple 
geometric shapes, we can say that real targets have 
iKt teCtauuie 
buuj Si «pit yase ы." yclui • 
as a special shape o? rectangle, In this case we get 
the true spatial frequency 
i. : Li t' t-ii ¿Li cl j 7 • f* LL t'.- i L Ï : 
:-pt 
target m mm) A special kind are targets with frame- 
shaped structure, m mis case 
the frame, For ellipse and circle the above equation 
is changed to 
R"=!/d 
Id - diameter of circle or shorter axis of ellipse) 
Circles with frame-shaped structure have a true spa 
tial frequency calculated after eq.l. 
2. nodulation transfer of lens 
To characterize an objective it is not possible to 
take only one modulation transfer function, Therefore 
we make a compromise and use the modulation transfer 
function which describes a beam in a distance of 33mm

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