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Combinatorica, Volume 4
Volume 4, Number 1, 1984
- Ron Aharoni:
On an obstruction for perfect matching. 1-7 - Béla Bollobás, Victor Klee:
Diameters of random bipartite graphs. 7-19 - Péter L. Erdös, Peter Frankl, Gyula O. H. Katona:
Intersecting Sperner families and their convex hulls. 21-34 - Siemion Fajtlowicz:
Independence, clique size and maximum degree. 35-38 - Peter Frankl, János Pach:
On disjointly representable sets. 39-45 - András Hajnal, Péter Komjáth:
What must and what need not be contained in a graph of uncountable chromatic number?. 47-52 - Wilfried Imrich:
Explicit construction of regular graphs without small cycles. 53-59 - Amram Meir, John W. Moon:
On random mapping patterns. 61-70 - Jaroslav Nesetril, Vojtech Rödl:
Sparse Ramsey graphs. 71-78 - Kevin T. Phelps, Vojtech Rödl:
On the algorithmic complexity of coloring simple hypergraphs and Steiner triple systems. 79-88 - Horst Sachs:
Perfect matchings in hexagonal systems. 89-99 - Miklós Simonovits, Vera T. Sós:
On restricted colourings of Kn. 101-110 - Zsolt Tuza:
Covering of graphs by complete bipartite subgraphs; complexity of 0-1 matrices. 111-116 - Douglas B. West, William T. Trotter, G. W. Peck, Peter W. Shor:
Regressions and monotone chains: a ramsey - type extermal problem for partial orders. 117-119
Volume 4, Number 2 - 3, 1984
- Jeremy E. Dawson, Jennifer Seberry, David B. Skillicorn:
The directed packing numbers DD (t, v, v), t>=;4. 121-130 - György Elekes:
n points in the plane can determine n 3/2 unit circles. 131 - Konrad Engel:
An Erdös - Ko- Rado theorem for the subcubes of a cube. 133-140 - Peter Frankl:
Families of finite sets with three intersections. 141-148 - Peter Frankl, Vojtech Rödl:
Hypergraphs do not jump. 149-159 - Zoltán Füredi:
Hypergraphs in which all disjoint pairs have distinct unions. 161-168 - Frank Harary, Robert W. Robinson:
Isomorphic factorizations VIII: Bisectable trees. 169-179 - Jeff Kahn, Michael E. Saks:
A polyomino with no stochastic function. 181-182 - Henry A. Kierstead, Endre Szemerédi, William T. Trotter:
On coloring graphs with locally small chromatic number. 183-185 - James G. Oxley:
On the intersections of circuits and cocircuits in matroids. 187-195 - K. R. Parthasarathy, N. Srinivasan:
Geodetic blocks of diameter three. 197-206 - S. C. Shee, H. H. Teh:
H-extensions of graphs. 207-212 - László A. Székely:
Measurable chromatic number of geometric graphs and sets without some distnaces in euclidean space. 213-218 - Bernd Voigt:
Canonization theorems for finite affine and linear spaces. 219-239 - Alfred Weiss:
Girth of bipartite sextet graphs. 241-245 - Richard M. Wilson:
The exact bound in the Erdös - Ko - Rado theorem. 247-257
Volume 4, Number 4, 1984
- Miklós Ajtai, János Komlós, Gábor E. Tusnády:
On optimal matchings. 259-264 - Mark N. Ellingham, Derek A. Holton, Charles H. C. Little:
Cycles through ten vertices in 3-connected cubic graphs. 265-273 - Hikoe Enomoto, Akira Saito:
Disjoint shortest paths in graphs. 275-279 - Heinz Gröflin:
Path-closed sets. 281-290 - Martin Grötschel, László Lovász, Alexander Schrijver:
Corrigendum to our paper "The ellipsoid method and its consequences in combinatorial optimization". 291-295 - Jeff Kahn, Michael E. Saks, Dean Sturtevant:
A topological approach to evasiveness. 297-306 - Alexandr V. Kostochka:
Lower bound of the Hadwiger number of graphs by their average degree. 307-316 - Igor Kríz:
A class of dimension-skipping graphs. 317-319 - Jacobus H. van Lint:
On equidistant binary codes length n = 4k+1 with distance d = 2k. 321-323 - Brendan D. McKay, Nicholas C. Wormald:
Automorphisms of random graphs with specified vertices. 325-338 - Michael von Rimscha:
The reconstruction problem for certain infinite graphs. 339-344 - Vojtech Rödl:
On combinatorial properties of spheres in eulidean spaces. 345-349 - Norbert Seifter:
On automorphisms of infinite graphs with forbidden subgraphs. 351-356 - Douglas R. Stinson, G. H. John van Rees:
The equivalence of certain equidistant binary codes and symmetric BIBDs. 357-362 - László A. Székely:
On the number of homogeneous subgraphs of a graph. 363-372 - Narendra Karmarkar:
A new polynomial-time algorithm for linear programming. 373-396
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