9 ? ès £
e p 5 =] MTA I TOAST 3 0 aT
52 pec ial ap PDLLCE UL + D ne sS i adr
3
m 3 l4 4 ^n d<honire + inicod ac ir T
creased a Siicabion thanks to raised accuracy
o
"c = Tem BD ARTF P 1220 ] 3 er m of 2 5 7% a Ww on aS
ments on photographs, improved quality of imagery, and
^ P Vf ream Past oo + — o rs s 4 = #3
development of new facil f photographing d
1011-4 » T 2n» PACA nat mn cuve vom es dre i +) ;
plotting. In many cases, photogrammetry is the only method
capable of solving some engineering or scientific problem.
i
At present, photogrammetry is applied everywhere-from
One of the principal methods of exploring the Lunar
surface is the interpretation of photographs of the Moon.
It enables to get quite clear an idea on relief, trati-
graphy of Lunar rocks and their structure. Examination of
with the aim to reveal
^ 3
Lunar photographs is (also
o
bu
£z
un
®
Qu
the processes that are taking place.on the surface and in
the interior of the Moon. Photographic images received
from (transmitted by) the automatic devices of "Lunohod
I's" type, serve also as the necessary data for navigation
of such devices.
On the opposite end of the scale is the "near"photo-
grammetry, for instance, applied in such science as
ophthalmology.
The eye, as an object of measurement, presents
e
serious difficulties because of its mobility and impossi-
b^
et
e
bility of taking direct measure of
As was shown by experiments, it is possible to use
^i Be E T - N- Nes ra en 2 > À ; n m >
stereophotogrammetry for examination of the front section
1 3 - . e 3 3 1 ; D J m
of the eye,its optical system, and the bottom of the eye.
Taking the time-factor into consideration, it is rendered
possible to follow the dynamics of phenomena, which is of
$ Pa *
extreme importance ior
particular new growths
wad!
These problems were
aime