| station around 
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7) in order to 
highest fitness 
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vhich d, p, v, a, 
mber of image 
and accuracy 
parameters are 
(Ó 
1e attention to 
nent and equal 
ne. At first that 
he attention to 
than accuracy 
ne by one, the 
; all constraints 
and constraint 
f accuracy has 
p the loop and 
iswer. To find 
ld be defined a 
threshold is the 
nstraint. In our 
r d, p, v, anda 
strates the four 
the progress of 
ige points into 
that is satisfied 
column. Right 
esigned camera 
itions to satisfy 
nodel of object 
nera placement 
ncidence angle, 
uced in a fuzzy 
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ically designs a 
rk based on the 
ules of our FIS 
d rotation. This 
‘a high conflict 
Experimental 
FIS with a real 
y our FIS are 
ess and results. 
pability of our 
International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Vol XXXV 
The presented new ideas on photogrammetric network design 
can be further developed by extending the 4D search space (3 
rotations and distance) of the FIS to a more comprehensive FIS 
based on rules in 6D search space with 3 degrees of rotation and 
3 degrees for the position. 
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