We study round-robin tournaments for 2n teams. Here n is either interpreted as the number of clubs, each having two teams, or the number of strength groups with two teams each. For even n we give a construction of a single round-robin tournament for 2n teams with 2n - 2 breaks, where the teams of the same club have complementary home-away patterns and play against each other in the first round. If the pairs of teams are strength groups, then a cyclic permutation of the constructed schedule results in a group-balanced tournament
Traditionally, many non-professional (youth) sports are organized by splitting up teams over leagues...
A popular approach to construct a schedule for a round-robin tournament is known as first-break, the...
In sports tournaments, an occurrence of a difference in the rest periods of opponent teams in a game...
Given n clubs with two teams each, we show that, if n is even, it is possible to construct a schedul...
We study single and double round-robin tournaments for n teams, where in each round a fixed number (...
We study round-robin tournaments for n teams, where in each round a fixed number (g) of teams is pre...
In this paper, we construct a Balanced Weekend Tournament, motivated by the real-life problem of sch...
We consider round-robin sports tournaments with n teams and n - 1 rounds. We construct an infinite f...
We consider the break minimization problem for fixing home–away assignments in round-robin sports to...
Direct constructions for balanced tournaments known so far solve problems with 2n teams if 2n mod 3 ...
AbstractWe consider round-robin sports tournaments with n teams and n−1 rounds. We construct an infi...
A sporting league places every team into one of several divisions of equal size, and runs a round ro...
In our earlier paper, we studied the mathematical structure of equitable round-robin tournaments wit...
Single round robin tournaments are a well-known class of sports leagues schedules. We consider leagu...
We consider round-robin sports tournaments with n teams and n − 1 rounds. We construct an infinite f...
Traditionally, many non-professional (youth) sports are organized by splitting up teams over leagues...
A popular approach to construct a schedule for a round-robin tournament is known as first-break, the...
In sports tournaments, an occurrence of a difference in the rest periods of opponent teams in a game...
Given n clubs with two teams each, we show that, if n is even, it is possible to construct a schedul...
We study single and double round-robin tournaments for n teams, where in each round a fixed number (...
We study round-robin tournaments for n teams, where in each round a fixed number (g) of teams is pre...
In this paper, we construct a Balanced Weekend Tournament, motivated by the real-life problem of sch...
We consider round-robin sports tournaments with n teams and n - 1 rounds. We construct an infinite f...
We consider the break minimization problem for fixing home–away assignments in round-robin sports to...
Direct constructions for balanced tournaments known so far solve problems with 2n teams if 2n mod 3 ...
AbstractWe consider round-robin sports tournaments with n teams and n−1 rounds. We construct an infi...
A sporting league places every team into one of several divisions of equal size, and runs a round ro...
In our earlier paper, we studied the mathematical structure of equitable round-robin tournaments wit...
Single round robin tournaments are a well-known class of sports leagues schedules. We consider leagu...
We consider round-robin sports tournaments with n teams and n − 1 rounds. We construct an infinite f...
Traditionally, many non-professional (youth) sports are organized by splitting up teams over leagues...
A popular approach to construct a schedule for a round-robin tournament is known as first-break, the...
In sports tournaments, an occurrence of a difference in the rest periods of opponent teams in a game...