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IEEE/ICACT20260346 Slide.25        [Big Slide]       [YouTube]	Oral Presentation
	We report packet delivery ratio and end-to-end delay under increasing numbers of failed nodes. As failures grow, many schemes see delivery ratios drop quickly, while UW-LFRR maintains strong resilience across traffic patterns, and in all-to-all and random-burst scenarios its delivery ratio closely tracks the theoretical upper bound set by flooding-based protocols. On delay, schemes that repeatedly rediscover routes or activate backups on slow acoustic channels suffer large delays, while UW-LFRR maintains moderate and stable delay while still sustaining high delivery, which shows that localized, data-plane repair can effectively rescue critical traffic during CBZ.

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