  In this article, we introduce a framework for state tomography of three-qubit
generalized Werner states. The framework utilizes the single-qubit SIC-POVM and
involves the Poisson noise. The accuracy of state estimation is quantified and
presented on graphs. As a special case, we compare the efficiency of the
framework for the pure three-qubit generalized Werner state and the W state.
The reconstructed states are presented graphically and discussed.
