Bibliography - Map Projections: Cartographic Information Systems - page 886

954. Ossermann, R.: A Survey of Minimal Surfaces. Dover, New York (1986)
955. Osterhold, M.: Landesvermessung und Landinformationssysteme in den Vereinigten Staaten
von Amerika. Allgemeine Vermessunsnachrichten 100 , 287-295 (1993)
956. Otero, J.: A best harmonic approximation problem arising in cartography, Atti Sem. Mat
Fis. Univ. Modena XLV, pp. 471-492 (1997)
957. Otero, J., Sevilla, M.J.: On the optimal choice of the standard parallels for a conformal
conical projection. Bollettino di Geodesia e Science Ani 1 , 1-14 (1990)
958. Ottoson, P.: Geographic indexing and data management for 3D-visualisation. Dissertation,
Royal Institute of Technology, Dept of Infrastructure, Division of Geodesy and Geoinfor-
matics, Stockholm (2001)
959. Ozone, M.J.: Non iterative solution of the 0 equation. Surv. Mapp. 45 , 169-171 (1985)
960. Pachelski, W.: Possible users of natural (barycentric) coordinates for positioning, Schriften-
reihe der Institute des Fachbereichs Vermessungswesen, Universitat Stuttgart, Report Nr.
1994.2, Stuttgart (1994)
961. Panteliou, S.D., Dimarogonas, A.D., Katz, I.N.: Direct and inverse interpolation for Jaco-
bian elliptic functions, zeta function of Jacobi and complete elliptic integrals of the second
kind. Comput. Math. Appl. 32 , 51-57 (1996)
962. Parry, R.B., Perkins, C.R.: World Mapping Today. Butterworth, London (1987)
963. Paul, M.K.: A note on computation of geodetic coordinates from geocentric (Cartesian)
coordinates. Bull. Geodesique 108 , 135-139 (1973)
964. Pearson, F. II: Map Projection Equations. Naval Surface Weapons Center, Dahlgren (1977)
965. Pearson, F. II: Map Projections: Theory and Applications. CRC Press, Boca Raton (1990)
966. Pedzich, P.: Conformal projection with minimal distortions. In: XXII Int Cartographic
Conference, La Coruna, 9-12 July, ICA (2005)
967. Pee, K., Martinec, Z.: Expansion of Geoid heights over a triaxial Earth's ellipsoid into a
spherical harmonic series. Studia geoph. et geod. 27 , 217-232 (1983)
968. Penev, P.O.: Transformation of rectangular coordinates into geographical coordinates by
closed formulas. Geod. Mapp. Photogramm. 20 , 175-177 (1978)
969. Peters, A.B.: Distance-related maps. Am. Cartogr. 11 , 119-131 (1984)
970. Peterson, K.: Ueber Curven und Flachen, A. Lang's Buchhandlung Moskau (1868)
971. Petrich, M., Tobler, W.: The globular projection generalized. Am. Cartogr. 11 , 101-105
(1984)
972. Petrovic, M.: Curvature conditions on hypersurfaces of revolution. In: Boyom, M., et al.
(eds.) Geometry and Topology of Submanifolds, II, pp. 294-300. World Scientific, Singapore
(1990)
973. Pettengill, G.H., Campbell, D.B., Masursky, H.: The surface of Venus. Sci. Am. 243 , 54-65
(1980)
974. Pick, M.: Konforme Transformation von einem Ellipsoid auf ein anderes Ellipsoid. Studia
geoph. et geod. 1 , 46-73 (1957a)
975. Pick, M.: Uber das Problem der Transformation eines Referenzellipsoids auf ein anderes
mittels Projektion langs der Normalen. Studia geoph. et geod. 1 , 372-375 (1957b)
976. Pick, M.: Zur Frage der konformen Transformation von einem Ellipsoid auf ein anderes
Ellipsoid. Studia geoph. et geod. 2 , 174-177 (1958)
977. Pick, M.: Projekive Methode zur Transformation dreiachsiger Ellipsoide mit nicht parallelen
Achsen, Studia geoph. et geod. 5 , 191-209 (1961)
978. Pick, M.: Transformation of the trigonometric network by the projection. In: Role of Modern
Geodesy, contributions of TS ACSR, Working Groups: Global Geodesy, Building of WGS