This visualization demonstrates the Josephus problem, where 11 nodes arranged in a circular linked list are eliminated one by one until a single survivor remains. The code models the chairs as a custom JavaScript object with `addNextNode` and `removeNode` functions, using plain object properties for node traversal rather than a visualization library. The algorithm increments the skip count after each deletion, cycling through the list until only one node remains, ultimately returning the survivor’s value. The example focuses on the algorithmic logic of the elimination process, with no graphical rendering or external data sources involved.