Learn how WormHole revolutionizes finding shortest paths on large networks with limited node access. This innovative two-phase algorithm efficiently preprocesses graphs to identify dense core structures, significantly reducing the need for data storage. By utilizing truncated BiBFS during query time, WormHole efficiently navigates through inner and outer ring structures to provide exact or near-shortest path solutions. The result? A reduction in node queries, improved memory usage, faster response times, and minimal error rates. Discover how WormHole's approach to pathfinding optimizes performance on power-law networks, making it a game-changer in the realm of graph algorithms.
