Quantum Annealing for Dynamic Traffic Routing
Formulating metropolitan road graph congestion avoidance as Ising Hamiltonian matrices executed on 5000+ qubit superconducting quantum annealers.
Minor Embedding Graph Topologies
Chained physical qubits map dense non-planar road intersection graphs onto sparse Pegasus hardware topologies with minimal ferromagnetic chain break penalties.
- 100x speedup over classical genetic algorithms in dense traffic networks.
- Formulation of 5,000-vehicle routing graphs on 5,000+ qubit annealers.
- Zero deadlock guarantees across multi-intersection urban corridors.
- Real-time dynamic route updates pushed to autonomous vehicles via C-V2X.
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