Charles C. Lindner

Publication Activity (10 Years)

Years Active: 1972-2017
Publications (10 Years): 2

Top Topics

Multiresolution

Color Quantization

Top Venues

Australas. J Comb.

Des. Codes Cryptogr.

Publications

Charles C. Lindner, Christopher A. Rodger, Mariusz Meszka
Revisiting the intersection problem for minimum coverings of complete graphs with triples. Australas. J Comb. 68 (2017)
Charles C. Lindner, Mariusz Meszka, Alexander Rosa
Almost 2-perfect 6-cycle systems. Des. Codes Cryptogr. 77 (2-3) (2015)
Charles C. Lindner, Mariusz Meszka, Alexander Rosa
Triple metamorphosis of twofold triple systems. Discret. Math. 313 (19) (2013)
Charles C. Lindner, Mariusz Meszka, Alexander Rosa
Palettes in block colourings of designs. Australas. J Comb. 56 (2013)
Charles C. Lindner, Alexander Rosa
Extra two-fold Steiner pentagon systems. Discret. Math. 312 (1) (2012)
Elizabeth J. Billington, Diane M. Donovan, James G. Lefevre, Thomas A. McCourt, Charles C. Lindner
The triangle intersection problem for nested Steiner triple systems. Australas. J Comb. 51 (2011)
Elizabeth J. Billington, Dean G. Hoffman, Charles C. Lindner, Mariusz Meszka
Almost resolvable minimum coverings of complete graphs with 4-cycles. Australas. J Comb. 50 (2011)
Charles C. Lindner, Mariusz Meszka, Alexander Rosa
-e)-Designs. Ars Comb. 93 (2009)
Charles C. Lindner, Antoinette Tripodi
The Metamorphosis of K4\e Designs Into Maximum Packings Of Kn With 4-Cycles. Ars Comb. 75 (2005)
Lucia Gionfriddo, Charles C. Lindner
Nesting kite and 4-cycle systems. Australas. J Comb. 33 (2005)
Elizabeth J. Billington, Charles C. Lindner, Alexander Rosa
Lambda-fold complete graph decompositions into perfect four-triple configurations. Australas. J Comb. 32 (2005)
Selda Küçükçifçi, Charles C. Lindner
Minimum Covering for Hexagon Triple Systems. Des. Codes Cryptogr. 32 (1-3) (2004)
D. G. Hoffman, Charles C. Lindner
-e-design of order at most 8n+16√n+82. Australas. J Comb. 29 (2004)
Selda Küçükçifçi, Charles C. Lindner, Alexander Rosa
with 4-cycles. Discret. Math. 278 (1-3) (2004)
Selda Küçükçifçi, Charles C. Lindner
Perfect hexagon triple systems. Discret. Math. 279 (1-3) (2004)
Frantisek Franek, Terry S. Griggs, Charles C. Lindner, Alexander Rosa
Completing the spectrum of 2-chromatic S(2, 4, v). Discret. Math. 247 (1-3) (2002)
Charles C. Lindner
A new small embedding for partial 8-cycle systems. Australas. J Comb. 25 (2002)
Charles C. Lindner, Maria Flavia Mammana
A small embedding for large directed even cycle systems. Australas. J Comb. 20 (1999)
Charles C. Lindner, Alexander Rosa
Monogamous decompositions of complete bipartite graphs, symmetric H-squares, and self-orthogonal 1-factorizations. Australas. J Comb. 20 (1999)
H. L. Fu, Charles C. Lindner, C. A. Rodger
Two Doyen-Wilson theorems for maximum packings with triples. Discret. Math. 178 (1-3) (1998)
H. L. Fu, Charles C. Lindner
with 4-cycles. Discret. Math. 183 (1-3) (1998)
Maria Flavia Mammana, Charles C. Lindner
A small embedding for partial directed 6k-cycle systems. Australas. J Comb. 18 (1998)
Charles C. Lindner
A small embedding for partial hexagon systems. Australas. J Comb. 16 (1997)
Charles C. Lindner, Christopher A. Rodger
. Discret. Math. 173 (1-3) (1997)
Charles C. Lindner, C. A. Rodger
, -, e designs. Australas. J Comb. 12 (1995)
Charles C. Lindner, C. A. Rodger
A partial m=(2k+1)-cycle system of order n can be embedded in an m-cycle system of order (2n+1)m. Discret. Math. 117 (1-3) (1993)
Peter Adams, Elizabeth J. Billington, Charles C. Lindner
Corrigendum: The spectrum for 3-perfect 9-cycle systems. Australas. J Comb. 8 (1993)
Elizabeth J. Billington, Charles C. Lindner
The spectrum for lambda-fold 2-perfect 6-cycle systems. Eur. J. Comb. 13 (1) (1992)
Charles C. Lindner, C. A. Rodger
2-perfect m-cycle systems. Discret. Math. 104 (1) (1992)
Charles J. Colbourn, Charles C. Lindner
Support Sizes of Triple Systems. J. Comb. Theory, Ser. A 61 (2) (1992)
Peter Adams, Elizabeth J. Billington, Charles C. Lindner
The spectrum for 3-perfect 9-cycle systems. Australas. J Comb. 5 (1992)
D. Chen, Charles C. Lindner, Douglas R. Stinson
Further results on large sets of disjoint group-divisible designs. Discret. Math. 110 (1-3) (1992)
Mario Gionfriddo, Charles C. Lindner, C. A. Rodger
-e designs. Australas. J Comb. 3 (1991)
Dean G. Hoffman, Charles C. Lindner, Kevin T. Phelps
Blocking sets in designs with block size four II. Discret. Math. 89 (3) (1991)
Charles C. Lindner, Eric Mendelsohn, C. A. Rodger
by triples. Australas. J Comb. 4 (1991)
Dean G. Hoffman, Charles C. Lindner, Kevin T. Phelps
Blocking Sets in Designs with Block Size 4. Eur. J. Comb. 11 (5) (1990)
Charles C. Lindner, Christopher A. Rodger, Douglas R. Stinson
Small embeddings for partial cycle systems of odd length. Discret. Math. 80 (3) (1990)
Charles C. Lindner
How to construct a block design with block size four admitting a blocking set. Australas. J Comb. 1 (1990)
Charles C. Lindner, Christopher A. Rodger, Douglas R. Stinson
Nesting of cycle systems of odd length. Discret. Math. 77 (1-3) (1989)
Charles C. Lindner, Christopher A. Rodger
Nesting and Almost Resolvability of Pentagon Systems. Eur. J. Comb. 9 (5) (1988)
Luc Teirlinck, Charles C. Lindner
The Construction of Large Sets of Idempotent Quasigroups. Eur. J. Comb. 9 (1) (1988)
Charles C. Lindner
Construction of large sets of pairwise disjoint transitive triple systems II. Discret. Math. 65 (1) (1987)
Kevin T. Phelps, Charles C. Lindner
On the Number of Mendelsohn and Transitive Triple Systems. Eur. J. Comb. 5 (3) (1984)
Charles C. Lindner, Douglas R. Stinson
Steiner pentagon systems. Discret. Math. 52 (1) (1984)
Charles C. Lindner, Anne Penfold Street
Construction of Large Sets of Pairwise Disjoint Transitive Triple Systems. Eur. J. Comb. 4 (4) (1983)
Dean G. Hoffman, Charles C. Lindner
Mendelsohn Triple Systems Having a Prescribed Number of Triples in Common. Eur. J. Comb. 3 (1) (1982)
Mario Gionfriddo, Charles C. Lindner
Construction of Steiner quadruple systems having a prescribed number of blocks in common. Discret. Math. 34 (1) (1981)
Charles C. Lindner
On the Number of Disjoint Mendelsohn Triple Systems. J. Comb. Theory, Ser. A 30 (3) (1981)
Charles C. Lindner, N. S. Mendelsohn, S. R. Sun
On the construction of Schroeder quasigroups. Discret. Math. 32 (3) (1980)
Charles C. Lindner, Eric Mendelsohn, Nathan Saul Mendelsohn, Barry Wolk
Orthogonal latin square graphs. J. Graph Theory 3 (4) (1979)
Charles C. Lindner, Alexander Rosa
Steiner quadruple systems - a survey. Discret. Math. 22 (2) (1978)
Charles C. Lindner, Kevin T. Phelps
A Note on Partial Parallel Classes in Steiner Systems. Discret. Math. 24 (1) (1978)
Charles C. Lindner, Eric Mendelsohn
× 4 orthogonal array. Discret. Math. 20 (1977)
Charles C. Lindner, Alexander Rosa
A Partial Room Square Can be Embedded in a Room Square. J. Comb. Theory, Ser. A 22 (1) (1977)
Charles C. Lindner
Two finite embedding theorems for partial 3-quasigroups. Discret. Math. 16 (3) (1976)
Charles C. Lindner
A Finite Partial Idempotent Latin Cube Can Be Embedded in a Finite Idempotent Latin Cube. J. Comb. Theory, Ser. A 21 (1) (1976)
Charles C. Lindner, Alexander Rosa
Steiner Quadruple Systems All of Whose Derived Steiner Triple Systems Are Nonisomorphic. J. Comb. Theory, Ser. A 21 (1) (1976)
Charles C. Lindner
A Partial Steiner Triple System of Order n Can Be Embedded in a Steiner Triple System of Order 6n + 3. J. Comb. Theory, Ser. A 18 (3) (1975)
Charles C. Lindner
Disjoint Finite Partial Steiner Triple Systems Can Be Embedded in Disjoint Finite Steiner Triple Systems. J. Comb. Theory, Ser. A 18 (1) (1975)
Charles C. Lindner, Alexander Rosa
Finite embedding theorems for partial Steiner triple systems. Discret. Math. 13 (1) (1975)
Charles C. Lindner
A Simple Construction of Disjoint and Almost Disjoint Steiner Triple Systems. J. Comb. Theory, Ser. A 17 (2) (1974)
Charles C. Lindner
Construction of nonisomorphic reverse steiner quasigroups. Discret. Math. 7 (3-4) (1974)
Charles C. Lindner
On the construction of cyclic quasigroups. Discret. Math. 6 (2) (1973)
Charles C. Lindner
Construction of doubly diagonalized orthogonal latin squares. Discret. Math. 5 (1) (1973)
Charles C. Lindner
Finite Embedding Theorems for Partial Latin Squares, Quasi-groups, and Loops. J. Comb. Theory, Ser. A 13 (3) (1972)