Quantum Walk-Based Traffic Optimization in Smart City Road Networks: A Density-Adaptive Coin Approach with QUBO Signal Scheduling
Density-Adaptive Quantum Walks and QUBO-based signal scheduling to optimize urban traffic flow. By combining dynamic routing with intersection synchronization, the framework maintains a significant congestion reduction advantage over classical Dijkstra-based baselines while remaining compatible with near-term NISQ hardware.
Density-Adaptive Quantum Walks and QUBO-based signal scheduling to optimize urban traffic flow. By combining dynamic routing with intersection synchronization, the framework maintains a significant congestion reduction advantage over classical Dijkstra-based baselines while remaining compatible with near-term NISQ hardware.
Research paper and resources
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