In coupled replicator-mutator dynamics with delays and filters, antagonistic branches split into weak, intermediate (delay-induced Hopf), and strong (filter instability) regimes, with antiphase performance signals and a delay-budget rule.
Bifurcation analysis of repli- cator dynamics with logistic growth and strategy-dependent time de- lays in the snowdrift game,
2 Pith papers cite this work. Polarity classification is still indexing.
2
Pith papers citing it
years
2026 2verdicts
UNVERDICTED 2representative citing papers
Institutional delays trigger instability in multi-agent systems through delayed repression, with simulations identifying reactivity to lagged signals as the destabilizing factor rather than learning.
citing papers explorer
-
Implementation Filters and Delay-Budget Instability in Coupled Replicator--Mutator Dynamics
In coupled replicator-mutator dynamics with delays and filters, antagonistic branches split into weak, intermediate (delay-induced Hopf), and strong (filter instability) regimes, with antiphase performance signals and a delay-budget rule.
-
Delayed Repression and Emergent Instability in Adaptive Multi-Agent Systems
Institutional delays trigger instability in multi-agent systems through delayed repression, with simulations identifying reactivity to lagged signals as the destabilizing factor rather than learning.