Role of supplementary motor area during performance of loss-resulting pursuant paper-rock-scissors

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

Rock-Paper-Scissors in the Chemostat

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...

The Multi-modal Rock-Paper-Scissors Game

The multi-modal rock-paper-scissors game is an interactive computer game where the opponent of the human player is a virtual agent appearing on the computer screen. The game is similar to the game between humans, the communication takes place by the tools of image and sound processing.