ROMMES, J. and MARTINS, N., Efficient Computation of Multivariable Transfer Function Dominant Poles Using Subspace Acceleration. IEEE Transactions on Power Systems , USA, Vol. 21, No. 4, p. 1471-1483, November 2006. Download from IEEE Xplore.
Tuning Structurally Constrained Stabilizers for Large Power Systems via Nonsmooth Multi-Directional Search
Paulo César Pellanda; Pierre Apkarian; MARTINS, N. Tuning Structurally Constrained Stabilizers for Large Power Systems via Nonsmooth Multi-Directional Search, Proceedings of the XII Latin-American Congress on Automatic Control, Salvador, BA, Brazil...
Efficient Computation of Transfer Function Dominant Poles using Subspace Acceleration
ROMMES, J. and MARTINS, N., Efficient Computation of Transfer Function Dominant Poles using Subspace Acceleration. IEEE Transactions on Power Systems, USA, Vol. 21, No. 3, p. 1218-1226, August 2006. Download from IEEE Xplore.
Linear Techniques Applied to Small-Signal Electromechanical stability, Model Order Reduction and Harmonic Studies
N. Martins, J.C.R. Ferraz, P.E.M. Quintão, A. de Castro, S.L. Varricchio, S.Gomes Jr, Linear Techniques Applied to Small-Signal Electromechanical stability, Model Order Reduction and Harmonic Studies. Intelligent Automation and Soft Computing, Vol...
Efficient computation of large scale transfer function dominant zeros
ROMMES, J., MARTINS, N., PELLANDA, P.C., Efficient computation of large scale transfer function dominant zeros UU Preprint 1358, University of Utrecht, 2006, Submitted. Download