666 Bibliography
247. Chovitz B. (1954): Some applications of the classification of map projections in terms of the metric
tensor of the second order, Bollettino die Geodesia e Scienze Affini 13 (1954) 47–67
248. Chovitz B. (1956): A general formula for ellipsoid–to–ellipsoid mapping, Bollettino di Geodesia e
Scienze Affini 15 (1956) 1–20
249. Chovitz B. (1978): Perspective projections in terms of the metric tensor to the second order,
Bollettino di Geodesia e Scienze Affini 37 (1978) 451–463
250. Chovitz B. (1979): A general theory of map projections, Bollettino di Geodesia e Scienze Affini 38
(1979) 457–479
251. Christensen A.H.J. (1992): The Chamberlin trimetic projection, Cartography and Geographic
Information Systems 19 (1992) 88–100
252. Christoffel E. (1865): ¨
Uber die Bestimmung der Gestalt einer krummen Ober߬ ache durch lokale
Messungen auf derselben, J. reine angew. Math. 64 (1865) 193–209
253. Christoffel E. (1867): ¨
Uber einige allgemeine Eigenschaften der Minimums߬ achen, J. reine angew.
Math. 67 (1867) 218–228
254. Chu M.T. (1991a): A continuous Jacobi-like approach to the simultaneous reduction of real matrices,
Linear Algebra Appl. 147 (1991) 75–96
255. Chu M.T. (1991b): Least squares approximation by real normal matrices with specified spectrum,
SIAM J. Matrix Anal. Appl. 12 (1991) 115–127
256. Cimb´ aln´ ık M. (1987): Derived geometrical constants of the geodetic reference system 1980, Studia
geoph. et geod. 31 (1987) 404–406
257. Claire C.N. (1968): State plane coordinates by automatic data processing: U.S. Coast and Geodetic
Survey Pub. 62–4, 1968
258. Clarke A.R., Helmert F.R. (1911): Figure of the Earth: Encyclopedia Britannica 11th ed. 8 (1911)
801–813
259. Clarke K.C., Schweizer D.M. (1991): Measuring the fractal dimension of natural surfaces using a
robust fractal estimator, Cartography and Geographic Information Systems 18 (1991) 37–47
260. Claussen H. (1995): Qualit¨ atsanforderungen an die digitale Karte aus Anwendersicht, Mitteilungen
der geod¨ atischen Institute der TU Graz, Folge 80, Graz (1995) 33–40
261. Close C. (1921): Note on a doubly–equidistant projection, Geographical Journal 57 (1921) 446–448
262. Close C. (1929): An oblique Mollweide projection of the sphere, Geographical Journal 73 (1929)
251–253
263. Close C. (1934): A doubly equidistant projection of the sphere, Geographical Journal 83 (1934)
144–145
264. Close C., Clarke A.R. (1911): Map projections: Encyclopedia Britannica, 11th ed., 17 (1911) 653–663
265. Cody W.J (1965b): Chebyshev polynomial expansions of complete elliptic integrals, Math. Comp. 19
(1965) 249–259
266. Cody W.J. (1965a): Chebyshev approximations for the complete elliptic integrals K and E, Math.
Comp. 19 (1965) 105–112, for corrigenda see same journal 20 (1966) 207
267. Cogley J.G. (1984): Map projections with freely variable aspect, Eos 65 (1984) 481–482
268. Cohn H. (1967): Conformal mapping on Riemann surfaces, McGraw–Hill book company, New York
1967
269. Cole J.H. (1943): The use of the conformal sphere for the construction of map projections: Survey of
Egypt paper 46, Giza (Orman) 1943
270. Colvocoresses A.P. (1969): A unified plane co–ordinate reference system, World Cartography 9 (1969)
9–65
271. Conway J.B. (1975): Functions of complex variable, Springer–Verlag, New York – Heidelberg – Berlin
(1975)
272. Cooke R. (1994): Elliptic integrals and functions, in I Grattan–Guinness (ed.), Companion
Encyclopedia of the History and Philosophy of the Mathematical Sciences (1994) 529–539
273. Copson E.T. (1935): Conformal representation, in: An introduction to the theory of functions of a
complex variable, pages 180–204, Clarendon Press, Oxford 1935
274. Corbley K.P. (1998): Image maps created for Odra and Morava Floods of ’97, GeoInformatics,
September (1998) 21–25
275. Cossin J. (1570): Carte cosmographique ou universelle description du monde avec le vrai traict des
vens, faict en Dieppe par Jehan Cossin, marinnier en l’an 1570, ms. World map. Biblioth` eque
Nationale, D´ epartment des Cartes et Pins, GE D 7896, 1570
247. Chovitz B. (1954): Some applications of the classification of map projections in terms of the metric
tensor of the second order, Bollettino die Geodesia e Scienze Affini 13 (1954) 47–67
248. Chovitz B. (1956): A general formula for ellipsoid–to–ellipsoid mapping, Bollettino di Geodesia e
Scienze Affini 15 (1956) 1–20
249. Chovitz B. (1978): Perspective projections in terms of the metric tensor to the second order,
Bollettino di Geodesia e Scienze Affini 37 (1978) 451–463
250. Chovitz B. (1979): A general theory of map projections, Bollettino di Geodesia e Scienze Affini 38
(1979) 457–479
251. Christensen A.H.J. (1992): The Chamberlin trimetic projection, Cartography and Geographic
Information Systems 19 (1992) 88–100
252. Christoffel E. (1865): ¨
Uber die Bestimmung der Gestalt einer krummen Ober߬ ache durch lokale
Messungen auf derselben, J. reine angew. Math. 64 (1865) 193–209
253. Christoffel E. (1867): ¨
Uber einige allgemeine Eigenschaften der Minimums߬ achen, J. reine angew.
Math. 67 (1867) 218–228
254. Chu M.T. (1991a): A continuous Jacobi-like approach to the simultaneous reduction of real matrices,
Linear Algebra Appl. 147 (1991) 75–96
255. Chu M.T. (1991b): Least squares approximation by real normal matrices with specified spectrum,
SIAM J. Matrix Anal. Appl. 12 (1991) 115–127
256. Cimb´ aln´ ık M. (1987): Derived geometrical constants of the geodetic reference system 1980, Studia
geoph. et geod. 31 (1987) 404–406
257. Claire C.N. (1968): State plane coordinates by automatic data processing: U.S. Coast and Geodetic
Survey Pub. 62–4, 1968
258. Clarke A.R., Helmert F.R. (1911): Figure of the Earth: Encyclopedia Britannica 11th ed. 8 (1911)
801–813
259. Clarke K.C., Schweizer D.M. (1991): Measuring the fractal dimension of natural surfaces using a
robust fractal estimator, Cartography and Geographic Information Systems 18 (1991) 37–47
260. Claussen H. (1995): Qualit¨ atsanforderungen an die digitale Karte aus Anwendersicht, Mitteilungen
der geod¨ atischen Institute der TU Graz, Folge 80, Graz (1995) 33–40
261. Close C. (1921): Note on a doubly–equidistant projection, Geographical Journal 57 (1921) 446–448
262. Close C. (1929): An oblique Mollweide projection of the sphere, Geographical Journal 73 (1929)
251–253
263. Close C. (1934): A doubly equidistant projection of the sphere, Geographical Journal 83 (1934)
144–145
264. Close C., Clarke A.R. (1911): Map projections: Encyclopedia Britannica, 11th ed., 17 (1911) 653–663
265. Cody W.J (1965b): Chebyshev polynomial expansions of complete elliptic integrals, Math. Comp. 19
(1965) 249–259
266. Cody W.J. (1965a): Chebyshev approximations for the complete elliptic integrals K and E, Math.
Comp. 19 (1965) 105–112, for corrigenda see same journal 20 (1966) 207
267. Cogley J.G. (1984): Map projections with freely variable aspect, Eos 65 (1984) 481–482
268. Cohn H. (1967): Conformal mapping on Riemann surfaces, McGraw–Hill book company, New York
1967
269. Cole J.H. (1943): The use of the conformal sphere for the construction of map projections: Survey of
Egypt paper 46, Giza (Orman) 1943
270. Colvocoresses A.P. (1969): A unified plane co–ordinate reference system, World Cartography 9 (1969)
9–65
271. Conway J.B. (1975): Functions of complex variable, Springer–Verlag, New York – Heidelberg – Berlin
(1975)
272. Cooke R. (1994): Elliptic integrals and functions, in I Grattan–Guinness (ed.), Companion
Encyclopedia of the History and Philosophy of the Mathematical Sciences (1994) 529–539
273. Copson E.T. (1935): Conformal representation, in: An introduction to the theory of functions of a
complex variable, pages 180–204, Clarendon Press, Oxford 1935
274. Corbley K.P. (1998): Image maps created for Odra and Morava Floods of ’97, GeoInformatics,
September (1998) 21–25
275. Cossin J. (1570): Carte cosmographique ou universelle description du monde avec le vrai traict des
vens, faict en Dieppe par Jehan Cossin, marinnier en l’an 1570, ms. World map. Biblioth` eque
Nationale, D´ epartment des Cartes et Pins, GE D 7896, 1570