YES
0 RelTRS
↳1 RelTRStoRelADPProof (⇔, 0 ms)
↳2 RelADPP
↳3 RelADPDepGraphProof (⇔, 0 ms)
↳4 TRUE
f(x, 0) → s(x)
g(x) → h(x, gen)
h(0, x) → f(x, x)
a → b
gen → s(gen)
We upgrade the RelTRS problem to an equivalent Relative ADP Problem [IJCAR24].
f(x, 0) → s(x)
g(x) → H(x, gen)
g(x) → h(x, GEN)
h(0, x) → F(x, x)
a → b
gen → s(GEN)
We use the relative dependency graph processor [IJCAR24].
The approximation of the Relative Dependency Graph contains:
0 SCCs with nodes from P_abs,
0 Lassos,
Result: This relative DT problem is equivalent to 0 subproblems.