Through graph theory, sports scheduling can be achieved with more efficiency. The basic correlation between graph theory and a league of teams that uses a single round-robin tournament is the complete graph K_{2n} where 2n represents the number of teams. Through factorization and oriented coloring, a scheduler can create a tournament where teams play each other once during a season and the Home-and-Away Pattern (HAP) displays this schedule through the profiles of every league member. Two rules presented by Swiss Mathematician Dominique de Werra guide the process of creating a canonical schedule. A canonical schedule will contain breaks and we look to minimize them while abiding by predetermined games in an HAP. Extended profiles and sequenc...
In the real world, the football sport leaguescheduling is very popular, while the people all overthe...
In a round-robin sports timetable, each team meets every other team a fixed number of times. The sim...
University of Minnesota M.S. thesis. May 2016. Major: Mathematics. Advisor: Bert Fristedt. 1 compute...
AbstractGraph-theoretical models are given for constructing the season schedule of a sports league; ...
AbstractA graph theoretical model is presented for constructing calendars for sports leagues where b...
AbstractSome combinatorial problems occurring in scheduling the games of a sports league are present...
In this study we examine the problem of producing sports leagues that are “round-robin ” in structur...
AbstractSome combinatorial problems related to scheduling the games of a sports league are considere...
In this paper, we construct a Balanced Weekend Tournament, motivated by the real-life problem of sch...
AbstractWe give theoretical methods of creating sports schedules where there are multiple venues for...
The object of this project is to schedule a ctitious European basketball competition with many tea...
The organizer of sport events often facing problems such as wrong calculations of marks and scores, ...
AbstractA real case of sports scheduling problem is presented. A calendar for two leagues has to be ...
Tournament scheduling is well-researched. Recent literature focuses on specific tournaments, for ins...
The purpose of this paper is twofold. First, it explores the issue of producing valid, compact round...
In the real world, the football sport leaguescheduling is very popular, while the people all overthe...
In a round-robin sports timetable, each team meets every other team a fixed number of times. The sim...
University of Minnesota M.S. thesis. May 2016. Major: Mathematics. Advisor: Bert Fristedt. 1 compute...
AbstractGraph-theoretical models are given for constructing the season schedule of a sports league; ...
AbstractA graph theoretical model is presented for constructing calendars for sports leagues where b...
AbstractSome combinatorial problems occurring in scheduling the games of a sports league are present...
In this study we examine the problem of producing sports leagues that are “round-robin ” in structur...
AbstractSome combinatorial problems related to scheduling the games of a sports league are considere...
In this paper, we construct a Balanced Weekend Tournament, motivated by the real-life problem of sch...
AbstractWe give theoretical methods of creating sports schedules where there are multiple venues for...
The object of this project is to schedule a ctitious European basketball competition with many tea...
The organizer of sport events often facing problems such as wrong calculations of marks and scores, ...
AbstractA real case of sports scheduling problem is presented. A calendar for two leagues has to be ...
Tournament scheduling is well-researched. Recent literature focuses on specific tournaments, for ins...
The purpose of this paper is twofold. First, it explores the issue of producing valid, compact round...
In the real world, the football sport leaguescheduling is very popular, while the people all overthe...
In a round-robin sports timetable, each team meets every other team a fixed number of times. The sim...
University of Minnesota M.S. thesis. May 2016. Major: Mathematics. Advisor: Bert Fristedt. 1 compute...