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February 11, 2026Queueing SystemsOpen Access

Large-scale distributed synchronization systems, using a cancel-on-completion redundancy mechanism

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The aim is to analyze multi-agent distributed synchronization systems using a cancel-on-completion redundancy mechanism.
Modeling particles moving on a line with a focus on queueing systems
Applying a c.o.c. mechanism for job arrival and particle movement
Exploring both regulated and unregulated particle systems in mean-field limits
Existence and uniqueness of fixed points for mean-field limits demonstrating system behavior
Conditions for steady-state asymptotic independence as particles grow infinitely
Average velocity limits for unregulated particle systems, revealing dynamics under different regulations

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This analysis uncovers the dynamics of distributed synchronization systems, indicating new insights into queueing mechanisms.

Alexander Stolyar (2026) studied this question.

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