Depth-First Algorithm: Traversing Each Node in a Network
This implementation utilizes the depth-first algorithm to systematically traverse each node in a network, with capability to measure node traversal time for network analysis
Synchronization Simulation of Complex Nonlinear Coupled Networks
Simulation of synchronization for a complex nonlinear coupled network with 50 nodes (networks with more nodes can be achieved by modifying the scalar dimension in the module, typically through adjusting array size parameters). The process involves generating a K matrix and running Simulink to obtain synchronization curves for a complex network of 50 Lorenz chaotic nodes. The K matrix defines the coupling strength and topology between nodes using weighted adjacency matrix implementation.