l'E CCD 
s of the 
-scanner 
loyed as 
k theory 
ist have 
ause the 
| respect 
space 
needs an 
external 
olutions 
inbiased 
| at the 
rdinates 
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
maximum height difference : 500m 
iteration step I Il 
standard error of 
unit weight( um) d 3.5 
average internal 
SEED OD 5.6 5.8 
average external 5.9 4.8 
error(m) 
maximum height difference : 1000m 
iteration step 1 Il 
standard error of 
unit weight( um) 3.4 3.5 
average internal 
SPEO 6.1 6.5 
average external 9.1 6.0 
error(m) 
maximum height difference : 4000m 
iteration step I II 
standard error of 3.4 3.9 
unit weight( um) : : 
average internal 5 4 6.4 
error(m) 
average external 20.0 7.3 
error(m) 
  
  
  
Table-1a : 
the obtained results for the 
iterative orientation approach 
(control point configuration-A) 
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
maximum height difference : 500m 
PS TS 
standard error of 
unit weight( m) 3.3 3.5 
average internal 7.5 5.1 
error(m) ; : 
average external 
error(m) | 8.9 8.2 
maximum height difference : 1000m 
PS FS 
standard error of 
unit weight( um) $6 3.8 
average internal 11.7 5.3 
error(m) 
average external 10.8 10.2 
error(m) i : 
maximum height difference : 4000m 
PS FS 
standard error of 4.1 3.9 
unit weight( um) ; ; 
average internal 
PT AN 9.2 6.0 
average external 
error(m) 6.2 *1.3 
  
  
Table-2a : 
the obtained results in the 
free network adjustment (con- 
trol point configuration-B) 
PS: particular solutions 
FS: free netwok solutions 
  
maximum height diff 
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
  
erence : 500m 
. PS FS 
standard error of 3.6 3 6 
unit weight( m) : 
average internal 10.0 zB 
error(m) 
average external 11.7 9.9 
error(m) 
maximum height difference : 1000m 
PS FS 
standard error of 
unit weight( um) S s PS 
average internal 
error(m) m i 
average external 
error(m) a ar 
maximum height difference : 4000m 
PS FS 
standard error of 
unit weight( um) se het 
average internal 
error(m) 4S5 24 
average external 43.2 x08.5 
error(m) 
  
  
  
  
  
maximum height difference : 500m 
iteration step I II 
standard error of 3.5 3.5 
unit weight( um) : : 
average internal 7.5 7.5 
error(m) 
average external 
error() 9.4 8.9 
maximum height difference : 1000m 
iteration step I II 
standard error of 
unit weight( um) s S 5) 
average internal 11.5 11.7 
error(m) 
average external 15.1 10.8 
error(m) 
maximum height difference : 4000m 
lteration step I Il 
standard error of 3.6 4^ 
unit weight(, m) ; ; 
average internal 
ee 7.4 9.2 
average external 41.2 8.2 
error(m) 
  
  
  
Table-1b : the obtained results for the 
iterative orientation approach 
(control point configuration-B) 
Table-2b : the obtained results in the 
free network adjustment (con- 
trol point configuration-C) 
PS: particular solutions 
FS: free netwok solutions 
International Archives of Photogrammetry and Remote Sensing. Vol. XXXI, Part B3. Vienna 1996