| Back: | ⟨a, b, c | aba=b, acbb=1⟩ |
|---|
Completion settings:
Axiom: aba=b.
Referenced by [6], [7], [9], [11].
Axiom: acbb=1.
Referenced by [4].
Axiom: bb=d.
Defines rule #8.
Referenced by [4], [5], [6], [8], [9], [12].
Overlap of [2] acbb=1 with [3] bb=d:
Critical pair: acd=1.
Defines rule #4.
Overlap of [3] bb=d with [3] bb=d:
Critical pair: bd=db.
Defines rule #5.
Overlap of [1] aba=b with [1] aba=b:
Critical pair: abb=bba.
Reduce LHS:
| [3] | a(bb) |
| ⇒ ad |
Reduce RHS:
| [3] | (bb)a |
| ⇒ da |
Defines rule #3.
Overlap of [1] aba=b with [4] acd=1:
Critical pair: ab=bcd.
Flip LHS and RHS.
Defines rule #6.
Referenced by [8].
Overlap of [3] bb=d with [7] bcd=ab:
Critical pair: bab=dcd.
Overlap of [8] bab=dcd with [1] aba=b:
Critical pair: bb=dcda.
Reduce LHS:
| [3] | (bb) |
| ⇒ d |
Flip LHS and RHS.
Referenced by [10].
Overlap of [4] acd=1 with [9] dcda=d:
Critical pair: acd=cda.
Reduce LHS:
| [4] | (acd) |
| ⇒ 1 |
Flip LHS and RHS.
Defines rule #2.
Referenced by [11].
Overlap of [10] cda=1 with [1] aba=b:
Critical pair: cdb=ba.
Flip LHS and RHS.
Defines rule #7.
Referenced by [12].
Overlap of [8] bab=dcd with [11] ba=cdb:
Critical pair: cdbb=dcd.
Reduce LHS:
| [3] | cd(bb) |
| ⇒ cdd |
Defines rule #1.