Execution comp
Cslib.LTS.Execution.comp
Plain-language statement
The composition of two executions is an execution.
Source project: Lean Computer Science Library
Person-level attribution pending.
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Clear filtersCslib.LTS.Execution.comp
Plain-language statement
The composition of two executions is an execution.
Source project: Lean Computer Science Library
Person-level attribution pending.
Cslib.LTS.Execution.to_mTr
Plain-language statement
Converts an execution into a multistep transition.
Source project: Lean Computer Science Library
Person-level attribution pending.
Cslib.LTS.IsBisimulation.traceEq_not_bisim
Plain-language statement
In general, trace equivalence is not a bisimulation (extra conditions are needed, see for example Bisimulation.deterministic_trace_eq_is_bisim).
Source project: Lean Computer Science Library
Person-level attribution pending.
Cslib.LTS.IsBisimulationUpTo.isBisimulation
Plain-language statement
Any bisimulation up to bisimilarity is a bisimulation.
Source project: Lean Computer Science Library
Person-level attribution pending.
Cslib.LTS.IsSimulation.follow_internal
Project documentation
Utility theorem for following internal transitions along a saturated lts.
Source project: Lean Computer Science Library
Person-level attribution pending.
Cslib.LTS.IsSimulation.isSimulation_saturate_left
Plain-language statement
If the right-hand lts is saturated, a simulation lifts along saturating the left-hand lts.
Source project: Lean Computer Science Library
Person-level attribution pending.