Game theory to improve strategic decision making for Ludo quest

Abstract

The research analysis is aimed to enhance the specific domain knowledge for Ludo which can be used for performance improvement in Dijkstra Algorithm networks or in evolutionary game analysis for ludo games. The Ludo game involves decision-making under fuzziness and uncertainty with more than two parties. It can serve as an excellent example of applying methods and concepts for automating resource management and real-time strategic decisions. Increase Logical Thinking Capability, development of Interpersonal Skills, dealing with Victory and Defeat & Other Cognitive Skills. And also, experimentation is focused on integrating the ludo with quizzes because quizzes will make this game more interesting, and it will also help us to increase our IQ levels. Ludo game concept is achieved by writing a computer program that allows players to roll a dice randomly, take decisions and move the pawn based on the outcome of the dice on a well-designed graphical interface.

Analyzing Game Strategies of the Don’t Get Angry Board Game Using Computer Simulations

“…6 Average number of players' returns to houses during the gameplay VI. DISCUSSIONAfter comparing the results of the simulations with the results described in similar research papers[17]-[19], we can notice an interesting point. In board games like Ludo and Cowry, the defensive strategy outperformed the fast-playing strategy.…”

“…We can also see that, except at the very beginning of the gameplay, the pawns of Player 1 (our worst strategy) were returned to start the most times, while the pawns of Player 4 (our best strategy) were kicked out less frequently. After comparing the results of the simulations with the results described in similar research papers [17]- [19], we can notice an interesting point. In board games like Ludo and Cowry, the defensive strategy outperformed the fast-playing strategy.…”

“…Previous studies [17]- [19] have shown us various kinds of strategies for these board games: (1) random strategy, where the player randomly chooses his piece to move, (2) aggressive strategy, when the player knocks out the opponents' pieces whenever possible, (3) defensive strategy, when the player tries to defend his pieces against the attack from opponents, (4) fast-playing strategy, when the player always selects the piece that is closer to the finish, (5) mixed strategy, when the player combines the previous strategies according to the current state of the gameplay or his intuition.…”

“…Sarankirthik et al [17] developed a modified version of the Ludo board game, where two dice were used instead of one, and the game was enriched with quiz questions. After examining aggressive, defensive, and fast-playing strategies, they concluded that the defensive strategy outperformed the other two regarding win percentage.…”