📄️ CheckType
Inheritance Object → ValueType → Enum → CheckType
📄️ ConvAdditionByAConstant
Inheritance Object → Equivalence → ConvAdditionByAConstant
📄️ ConvAndSubadditiveClosure
Inheritance Object → Equivalence → ConvAndSubadditiveClosure
📄️ ConvSubAdditiveAsSelfConvMinimum
Inheritance Object → Equivalence → ConvSubAdditiveAsSelfConvMinimum
📄️ ConvolutionDistributivityMin
Inheritance Object → Equivalence → ConvolutionDistributivityMin
📄️ ConvolutionSubAdditiveWithDominance
Inheritance Object → Equivalence → ConvolutionSubAdditiveWithDominance
📄️ ConvolutionWithConcaveFunctions
Inheritance Object → Equivalence → ConvolutionWithConcaveFunctions
📄️ DeconvAndSubAdditiveClosure
Inheritance Object → Equivalence → DeconvAndSubAdditiveClosure
📄️ DeconvDistributivityWithMax
Equivalence defined in Prop. 2.8 in "Deterministic Network Calculus - From Theory to Practical Implementation",
📄️ DeconvDistributivityWithMin
Inheritance Object → Equivalence → DeconvDistributivityWithMin
📄️ DeconvolutionWeakCommutativity
Inheritance Object → Equivalence → DeconvolutionWeakCommutativity
📄️ DeconvolutionWithConvolution
Inheritance Object → Equivalence → DeconvolutionWithConvolution
📄️ Equivalence
The class allows to define equivalences involving NetCal expressions
📄️ EquivalenceGrammarVisitor
Visitor class which translates a textual equivalence, written using the new grammar defined in the library, to a
📄️ IsomorphismConvLeft
Inheritance Object → Equivalence → IsomorphismConvLeft
📄️ IsomorphismConvRight
Inheritance Object → Equivalence → IsomorphismConvRight
📄️ PseudoInverseOfLeftContinuous
Lemma 4.12 PhD Thesis Zippo
📄️ PseudoInverseOfRightContinuous
Inheritance Object → Equivalence → PseudoInverseOfRightContinuous
📄️ SelfConvolutionSubAdditive
Inheritance Object → Equivalence → SelfConvolutionSubAdditive
📄️ SelfDeconvolutionSubAdditive
Inheritance Object → Equivalence → SelfDeconvolutionSubAdditive
📄️ SubAdditiveClosureOfMin
Inheritance Object → Equivalence → SubAdditiveClosureOfMin
📄️ SubAdditiveClosureOfSubAdd
Inheritance Object → Equivalence → SubAdditiveClosureOfSubAdd