  To gain an advantage, quantum technologies utilize phenomena particular to
quantum mechanics. Two such phenomena are squeezing and entanglement. Having
generated states that exhibit these features, verification of their generation
with local measurements can be a difficult process. Here we consider the states
that are generated using the two-qudit single-axis squeezing Hamiltonian, that
not only produces entangled two-qudit squeezed states but also results in
various forms of interesting entangled states. We show how one can use local
measurements to both efficiently verify and directly estimate the fidelity of
these generated states.
