Techniques are provided for establishing priorities between different signaling messages and using a priority queueing/scheduling mechanism that will preserve performance guarantees of a centralized control plane even in scaled up systems with high signaling load. This builds on the key observation that there can be established a direct relation between signaling mechanisms in on-demand overlay fabrics and their contribution to the convergence of the network after a network update.
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Comeras, Marc Portoles; Leong, Johnson; Natal, Alberto Rodriguez; and Venkatachalapathy, Balaji Pitta, "PRESERVING CONTROL-PLANE PERFORMANCE AT SCALE IN ON-DEMAND FABRICS VIA PRIORITY QUEUEING", Technical Disclosure Commons, (November 14, 2018)