vanced
ropean
| about
on are
ARC,
proved
ftware
aimed
rborne
d very
bands
| data.
ase of
id data
ds and
id data
sults of
amidal
nan on
nges (2
though
en data
efforts
1isition
ealised
cellent
Is was
ly 2 to
scene.
d level
spected
w 2003
icopter
flight,
flight
ie data
ping at
1annels
f three
and up
ements
is fully
sed on
ed for
inst the
severe
es.
ude in
jn had
vanced
nain of
References
References from Journals:
Bajic M., 1996, Method for the interpretation of a very short
airborne video sequence of poorly visible artificial objects on
the ground, Bulletin of Scientific council for remote sensing
and photo interpretation of the Croatian Academy of sciences
and arts, Vol. 14, pp. 31-47, (in Croatian), Zagreb, 1996.
Bajic M., 2000, Redefinition of the objectives of the airborne
remote sensing for humanitarian demining: exponential
growth of the remedied area, Workshop on the Needs of
Airborne and Space borne Data for Minefield Survey, Spar
(Val), Italy, 9-10 March 2000. (See Bulletin of Scientific
council for remote sensing and photo interpretation of the
Croatian Academy of sciences and arts, Vol. 15-16, pp. 39-
56, 2000./2001., Zagreb, 2001.)
Bajic, M., Gold, H., Franjkovi¢ D., 2001, Airborne remote
sensing system of the Faculty for traffic sciences, University
of Zagreb, Bulletin of Scientific council for remote sensing
and photo interpretation of the Croatian Academy of sciences
and arts, Vol. 15-16, pp. 57-70, 2000./2001., (in Croatian),
Zagreb, 2001.
Javorovic I., 1996, Comparison of several methods for
artificial object detection from panchromatic SPOT and
aerophotogrammetric pictures, Bulletin of Scientific council
for remote sensing and photo interpretation of the Croatian
Academy of sciences and arts, Vol. 14, pp. 23-29, (in
Croatian), Zagreb, 1996.
Jelenic D., 2001, GIS of the mine action system in Croatia,
Bulletin of Scientific council for remote sensing and photo
interpretation of the Croatian Academy of sciences and arts,
Vol. 15-16, pp. 83-99, 2000./2001., Zagreb, 2001, (in
Croatian).
Kovac T., Viher M., Javorovic I., 1994, Gooding of data
collected during remote sensing process, Bulletin of
Scientific council for remote sensing and photo interpretation
of the Croatian Academy of sciences and arts, Vol. 13, pp.
59-70, (in Croatian), Zagreb, 1994.
Kovac T., 1996, Implementation of genetic algorithm
technologies for the optimal scheduling of remote
electromagnetic sensing,
Bulletin of Scientific council for remote sensing and photo
interpretation of the Croatian Academy of sciences and arts,
Vol. 14, pp. 49-58, (in Croatian), Zagreb, 1996.
Viher M., Javorovic L, 1994, An estimation of errors in the
process of encoding of the vertical imaging by remote
sensing, Bulletin of Scientific council for remote sensing and
photo interpretation of the Croatian Academy of sciences and
arts, Vol. 13, pp. 71-81, (in Croatian), Zagreb, 1994.
References from Books:
Gorseta D., Mladineo N., Knezic S., 2003, Choosing the
optimal policies for risk reduction in mine contaminated
areas, Wesex Institute of Technology, UK, June 2002, pp.
497-506.
References from Other Literature:
Bajic M., 1999, Statistical model of the spatial distribution of
landmines, basis for airborne wide area survey systems
25
testing, 1999 ARIS technical workshop on ground survey for
humanitarian demining, Brest, France, 26-27 October 1999.
Bajic M., 2002, Ttransformation from the users of donation
to the partners that are adding value to scientific and
technology implementation projects of humanitarian
defining, Seminar on humanitarian mine action, progress
under the mine ban treaties, achievements and lessons
learned in South Eastern Europe, Proceedings on CD,
Ministry of Foreign Affairs of the Republic of Croatia,
Dubrovnik, 24-25 October 2002.
Bajic M., Fiedler T., Gorseta D., 1998, GIS for demining
activities in Croatia, Proceedings Demining Technologies
International Exhibition, Workshops and Training Seminars,
29.9-01.10.1998, Spar, Italy, pp. 187-193.
Bajic M., Gold H., Contribution of the airborne remote
sensing to demining of the mountains, case study Tulove
grede - Velebit, GIS forum, International geographical
information systems conference and exhibition, “GIS
Odyssey 2002", 2" to 6™ September 2002, Croatia, Split,
Trigger, Circular, Mallet and Dubrovnik.
Bajic, M., Tadic, T., 2002, Airborne remote sensing for the
general survey of damaged and mined high voltage network,
GIS forum, International geographical information systems
conference and exhibition, “GIS Odyssey 2002”, 2™ to 6™
September 2002, Croatia, Split, Trigger, Circular, Mallet and
Dubrovnik.
Fiedler T., 1998, GIS and photogrammetryc technologies,
Croatian mine action center, seminar ‘New technologies for
mine detection’, proceedings, pp. 52-59, Sisak, 17.11.1998,
(in Croatian).
Marinov A., 2002, Detection of landmines by radar for
humanitarian demining, master degree thesis, University of
Zagreb, postgraduate study Control of moving objects,
Zagreb, 2002.
Pismis L, 1999, Identification of imaging system with FLIR
and TV cameras placed on aerial platform, University of
Zagreb, postgraduate study Control of moving objects, 1999.
Schutte K., Sahli H., Schrotmeier D., Eisl M., Varas F.J.,
Banc M., Uppsall M., Den Breejen E., 2001, ARC: A
CAMCOPTR based minefield detection system, Fifth
International Airborne Remote Sensing Conference, San
Francisco, September 2001, 8 pages.
References from websites:
EC IST ARC, 2000, Airborne Minefield Area Reduction -
ARC, EC IST-2000-25300, http://www.arc.vub.ac.be
EC IST SMART, 2000, Space and airborne mined area
reduction tools - SMART, EC IST-2000-25044,
www.smart.ac.be/#work.
SEEMACC 2002, Regional cooperation in mine action,
South — Eastern Europe Mine Action Coordination Council,
www.see-demining.ore/main.htm
