Designed and implemented a Sequential Multi-Path Scheduling Algorithm for quantum networks, optimizing entanglement routing across multiple source-destination pairs.
Simulated quantum network performance by generating random source-destination pairs, analyzing qubit assignments, and quantifying entangled qubit distribution using custom Python-based simulation.
Utilized NetworkX and Matplotlib to visualize and analyze network structures and entanglement efficiency, generating detailed results for networks with up to 32 nodes.