174
could be encouraged by means of grands to competent potential students.
Technological institutes could possibly set up courses for techni
cians, functioning only when production lines demand a number of poten
tial operators. They should provide a concrete background of the technol
ogy allowing for the absolute minimum of specific-site training. In the
meantime, existing courses abroad could provide solutions to the problem of
technicians training.
REFERENCES
ADAMEC, A., 1984. "A discussion on standards of education in Photogram-
metry and Remote Sensing". International Archives of Photogram-
metry and Remote Sensing, Vol. XXV, Part A6, Com. VI, pp. 1-28.
ADAMEC, A. and G.P. ELLIS, 1980. "Remote Sensing: The Problems Involved
in designing Suitable Courses". International Archives of Photo-
grammetry, Vol. XXIII, Part B6, Com. VI, pp. 1-6.
BRANDENBERGER, A.J., 1980. "Activity Report of ISP WG VI-1, Period
1976-80 - World Status of Photogrammetric Education and
Research". International Archives of Photogrammetry, Vol. XXIII,
Part B6, Com. VI, pp. 50-58.
EREZ, M.T., 1980, "Photogrammetric Course Curricula in Developed Coun
tries". International Archives of Photogrammetry, Vol. XXIII, Part
B6, Com. VI, pp. 59-64.
GHOSH, S.K., 1988. "Curriculum in Photogrammetry - A World Consensus".
International Archives of Photogrammetry and Remote Sensing, Vol.
27, Part B6, Com. VI, pp. 71-78.
ROKOS, D.K1., 1984. "Photogrammetric and Remote Sensing Education and
Research in the South-Eastern Mediteranean Countries". Interna
tional Archives of Photogrammetry and Remote Sensing, Vol. XXV,
Part A6, Com. VI, pp. 277-288.
ROKOS, D.K1., 1988. "Some Aspects on Photogrammetric and Remote Sensing r
Education and Research in Greece, Cyprus, Yugoslavia and Alba
nia". International Archives of Photogrammetry and Remote Sens
ing, Vol. 27, Part B6, Com. VI, pp. 126-133.