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Reconfigurable interaction induces another dimension of nondeterminism inconcurrent systems which makes it hard to reason about the different choices ofthe system from a global perspective. Namely, (1) choices that correspond toconcurrent execution of independent events; and (2) forced interleaving (orscheduling) due to reconfiguration. Unlike linear order semantics ofcomputations, partial order semantics recovers information about theinterdependence among the different events for fixed interaction, but still isunable to handle reconfiguration. We introduce glued partial orders as a way tocapture reconfiguration. Much like partial orders capture all possible choicesfor fixed systems, glued partial orders capture all possible choices alongsidereconfiguration. We show that a glued partial order is sufficient to correctlycapture all partial order computations that differ in forced interleaving dueto reconfiguration. Furthermore, we show that computations belonging todifferent glued partial orders are only different due to non-determinism.

Interleaving & Reconfigurable Interaction: Separating Choice from Scheduling using Glue