From spectrum allocation to traffic engineering, DSC-2 solves the combinatorial challenges of modern telecommunications infrastructure.
Assigning frequencies across thousands of cells while minimizing interference is a graph coloring problem of enormous scale.
Optimal placement of base stations, fiber routes, and edge compute requires solving facility location problems with coverage constraints.
Real-time routing of traffic across mesh networks with dynamic demand, QoS requirements, and link failures.
Map frequency assignment to Ising models with interference penalties. Solve for optimal allocation across entire metropolitan areas in milliseconds.
Optimize base station locations for maximum coverage with minimum infrastructure. QUBO formulation handles terrain, population density, and budget constraints.
Topological analysis reveals network vulnerabilities. Optimize redundancy placement to maximize uptime under failure scenarios.