
Establishes the three-factor sparse law DR = S_T × η_lyap × Φ for delay-tolerant network delivery ratio. Exact factorization validated across 154,000+ configurations spanning Mercury through Titan and four CRAWDAD mobility traces.
contact graph routing, DTN, orbital relay, routing efficiency, Braess paradox, sparse law, achievability, delay-tolerant networking, classification theorem, deep-space communication, Lyapunov exponent, order parameter, susceptibility
contact graph routing, DTN, orbital relay, routing efficiency, Braess paradox, sparse law, achievability, delay-tolerant networking, classification theorem, deep-space communication, Lyapunov exponent, order parameter, susceptibility
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