Rock, paper, scissors, lizard

" Expert Rock, Paper, Scissors: " Can Computers Play " Rock, Paper, Scissors " Better than Humans?

Rock-Paper-Scissors in the Chemostat

Cycles, Diversity and Competition in Rock-Paper-Scissors-Lizard-Spock Spatial Game Agent Simulations

The emergence of complex spatial patterns in agent-based models is closely connected with the symmetries and relationships present between individual microscopic constituents. Games such as Rock-Paper-Scissors (RPS) have a closed cycle relationship amongst players which extends the symmetry. RPS and related games can be played by agents arranged on a spatial grid and have been shown to generate...

Using DSHM to Model Paper, Rock, Scissors

Dynamically Structured Holographic Memory (DSHM) is architecture for modeling memory. It was originally designed to account for long-term memory alone. However, the current model of Paper, Rock, Scissors (PRS) play (and Rock=2 PRS play) provides evidence that DSHM can be used to model tasks where the truth of facts change quickly and dynamically.

Rock-paper-scissors Meets Borromean Rings

Directed graphs with an odd number of vertices n, where each vertex has both (n − 1)/2 incoming and outgoing edges, have a rich structure. We were lead to their study by both the Borromean rings and the game rockpaper-scissors. An interesting interplay between groups, graphs, topological links, and matrices reveals the structure of these objects, and for larger values of n, extensive computatio...