how can it be that the rule "Aa -> aA" is context-sensitive? According to the definition, context-sensitive rules have to be like this form:
αAβ → αγβ where
A ∈ N,[note 1] α,β ∈ (N∪Σ)* [note 2] and γ ∈ (N∪Σ)+ Thanks.
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Explore Stack Internalhow can it be that the rule "Aa -> aA" is context-sensitive? According to the definition, context-sensitive rules have to be like this form:
αAβ → αγβ where
A ∈ N,[note 1] α,β ∈ (N∪Σ)* [note 2] and γ ∈ (N∪Σ)+ Thanks.
how can it be that the rule "Aa -> aA" is context-sensitive? According to the definition, context-sensitive rules have to be like this form:
αAβ → αγβ where
A ∈ N,[note 1] α,β ∈ (N∪Σ)* [note 2] and γ ∈ (N∪Σ)+ Thanks.
how can it be that the rule "Aa -> aA" is context-sensitive? According to the definition, context-sensitive rules have to be like this form:
αAβ → αγβ where
A ∈ N, α,β ∈ (N∪Σ)* and γ ∈ (N∪Σ)+ Thanks.
how can it be that the rule "Aa -> aA" is context-sensitive? According to the definition, context-sensitive rulerules have to be like this form:
αAβ → αγβ αAβ → αγβ where A ∈ N,[note 1] α,β ∈ (N∪Σ)* [note 2] and γ ∈ (N∪Σ)+where
A ∈ N,[note 1] α,β ∈ (N∪Σ)* [note 2] and γ ∈ (N∪Σ)+ Thanks.
how can it be that the rule "Aa -> aA" is context-sensitive? According to the definition context-sensitive rule have to be like this form:
αAβ → αγβ where A ∈ N,[note 1] α,β ∈ (N∪Σ)* [note 2] and γ ∈ (N∪Σ)+
Thanks.
how can it be that the rule "Aa -> aA" is context-sensitive? According to the definition, context-sensitive rules have to be like this form:
αAβ → αγβ where
A ∈ N,[note 1] α,β ∈ (N∪Σ)* [note 2] and γ ∈ (N∪Σ)+ Thanks.
how can it be that the rule "Aa -> aA" is context-sensitive? According to the definition context-sensitive rule have to be like this form:
αAβ → αγβ where A ∈ N,[note 1] α,β ∈ (N∪Σ)* [note 2] and γ ∈ (N∪Σ)+
Thanks.