Parameter and structure identification of linear multivariable systems. - Vasfi Eldem; Nihal Yildizbayrak (Autom., 1988)

On diagonalization by dynamic output feedback. - A. Bülent Özgüler; Vasfi Eldem (Kybernetika, 1989)

Parametrization of multivariable systems using output injections: Alpha canonical forms. - Vasfi Eldem; Ahmet Duyar (Autom., 1993)

Feedback realization of open loop diagonalizers. - Vasfi Eldem (Kybernetika, 1993)

The solution of diagonal decoupling problem by dynamic output feedback and constant precompensator: the general case. - Vasfi Eldem (IEEE Trans. Autom. Control., 1994)

On the general solution of the state deadbeat control problem. - Vasfi Eldem; Hasan Selbuz (IEEE Trans. Autom. Control., 1994)

Decoupling through specified input-output channels with internal stability. - Vasfi Eldem (Autom., 1996)

On the Morgan problem with stability. - Javier Ruiz; Petr Zagalák; Vasfi Eldem (Kybernetika, 1996)

A complete classification of minimal realizations of nonsingular and strictly proper transfers under similarity transformations. - Kadri Özçaldiran; Vasfi Eldem (Autom., 1997)

On the identification of three phase induction motors. - Vasfi Eldem; A. James Wetherilt; Sezgin Parmaksiz; Evren Albas; Hüseyin Çeçen; Ahmet Duyar (ECC, 1999)

On the stability of bimodal systems in R3. - Vasfi Eldem; Gökhan Sahan (CDC, 2009)

A note on the stability of bimodal systems in ℝ3 with discontinuous vector fields. - Vasfi Eldem; Isil Öner (Int. J. Control, 2015)

Well posedness conditions for Bimodal Piecewise Affine Systems. - Gökhan Sahan; Vasfi Eldem (Syst. Control. Lett., 2015)

The effect of coupling conditions on the stability of bimodal systems in R3. - Vasfi Eldem; Gökhan Sahan (Syst. Control. Lett., 2016)

Necessary and sufficient conditions for global asymptotic stability of a class of bimodal systems with discontinuous vector fields. - Isil Öner; Vasfi Eldem (IMA J. Math. Control. Inf., 2018)

Well posedness conditions for planar conewise linear systems. - Gökhan Sahan; Vasfi Eldem (Trans. Inst. Meas. Control, 2019)