Dynamics and Coherence for the Free Cornering with Protocol Choice
Chad Nester, Niels Voorneveld

TL;DR
This paper introduces a term rewriting system for modeling process interactions in monoidal categories, proving confluence, termination, and coherence in the context of free cornering with protocol choice.
Contribution
It presents a novel term rewriting framework that ensures confluence and termination, leading to a coherence theorem for free cornering with protocol choice.
Findings
Rewrites are confluent and terminating.
Established a coherence theorem for the categorical model.
Provides a formal tool for process interaction analysis.
Abstract
We present a term rewriting system that models the dynamic aspects of the free cornering with protocol choice of a monoidal category, which has been proposed as a categorical model of process interaction. This term rewriting system is confluent and terminating in an appropriate sense. We use this machinery to prove a coherence theorem for the free cornering with protocol choice.
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Taxonomy
TopicsLogic, programming, and type systems · Logic, Reasoning, and Knowledge · Formal Methods in Verification
