REFERENCES 
2d with accurate 
£ terrain relief 
POT imagery can 
rds for 1:50,000 
stereo imagery 
it resolution or 
neet elevation 
50,000 mapping, 
with increased 
: base-to-height 
3n accuracy of 
translates to a 
: 1:50,000 scale 
feasibility of 
:ellite imagery, 
nponents used to 
single, tightly 
sible to produce 
mally in a very 
?ly on satellite 
.n less than 24 
photogrammetric 
;ing steps would 
iter unattended 
:hine free for 
ìe day. (This 
control data is 
.ects physical 
icludes input, 
the imagery, 
in, planimetrie, 
Cooper, P.R., Friedmann, D.E., Wood, 
S.A., "The Automatic Generation of 
Digital Terrain Models from Satellite 
Images by Stereo", Proceedings of the 
36th international Astronautical 
Congress. October 1985. 
Friedmann, D.E., Friedel, J.P., 
Magnussen, K.L., Kwok, R., Richardson, 
S., "Multiple Precision Rectification of 
Spaceborne Imagery with Very Few Ground 
Control Points", Photogrammetric 
Engineering and Remote Sensing, Vol. 
49, No. 12, pp. 1657-1667, December 
1983. 
Guertin, F.L., Shaw, E., "Definition and 
Potential of Geocoded Satellite Imagery 
Products", Proceedings of the 7th 
Canadian Symposium on Remote Sensing, 
Winnipeg, Manitoba. September 1981. 
Welch, R., Jordan, T.R., Ehlers, M., 
"Comparative Evaluations of the Geodetic 
Accuracy and Cartographic Potential of 
Landsat-4 and Landsat-5 Thematic Mapper 
Image Data", Photogrammetric Engineering 
and Remote Sensing, Vol. 51, No. 9, 
pp. 1249-1262, September 1985. 
•) 
Welch, R., "Cartographic Potential of 
SPOT Image Data", Photogrammetric 
Engineering and Remote Sensing, Vol. 
51, No. 8, pp. 1085-1091, August 1985. 
'ould be about 
¡eluding field 
'ntrol suitable 
gery (these are 
mparable costs 
ng average at 
e figures are 
tion as part of 
nclude capital 
bour as well as 
Yee, B., Turpin, D. ,Kenk, E., 
Sondheim, M., "A Context Based Technique 
for Smoothing of Digital Thematic Maps", 
accepted for presentation at VISION 
INTERFACE '86, Vancouver Canada, May 
1986 . 
from satellite 
Using existing 
been created 
per which shows 
such mapping 
future, fully 
11 be developed 
ically accurate 
magery. Such 
omical and fast 
techniques and 
to the mapping 
nature of the 
Adam River 
rived DTM)