The MATLAB codes for several members of the Dominant Pole Algorithm family have been tested in MATLAB version 7 and higher, for small and large test systems. Note that the codes are not optimized to the limit (there are, for notational simplicity, growing arrays...). I would be happy to receive any questions and remarks on these codes, as well as to be informed of results obtained with it and suggestions for improvements.
All the codes can be obtained here; the script test_dpa_family.m may be used as starting point. See below for test systems including large-scale matrices and dynamical systems for testing eigenvalue and model order reduction algorithms. If you are using these algorithms or test systems for publications, please cite the corresponding papers.
Test systems for (parasitic) resistor networks can be found below.
Code and test systems for the SparseRC algorithm for reduction of large-scale parasitic RC networks can be found here.
DPA_TDEFL: Dominant Pole Algorithm with Turbo Deflation
Related publications: RM_SISC_2008, RS_SIMAX_2008, R_PHD_2007
SADPA: Subspace Accelerated Dominant Pole Algorithm
Related publications: RM_IEEE_TPWRS_2006_3, R_PHD_2007
SAMDP: Subspace Accelerated MIMO Dominant Pole Algorithm
Related publications: RM_IEEE_TPWRS_2006_4, R_PHD_2007
QDPA: Quadratic Dominant Pole Algorithm for second order systems
Related publications: RM_SISC_2008
SAQDPA: Subspace Accelerated Quadratic Dominant Pole Algorithm for second order systems
Related publications: RM_SISC_2008
DZA_TDEFL: Dominant Zero Algorithm with Turbo Deflation
Required: DPA_TDEFL
Related publications: MPR_IEEE_TPWRS_2007, RM_SISC_2008, RS_SIMAX_2008, R_PHD_2007
SADZA: Subspace Accelerated Dominant Zero Algorithm
Required: SADPA
Related publications: MPR_IEEE_TPWRS_2007, RM_SISC_2008, RS_SIMAX_2008, R_PHD_2007
SAMDZ: Subspace Accelerated MIMO Dominant Zero Algorithm
Required: SAMDP
Related publications: MPR_IEEE_TPWRS_2007, RM_SISC_2008, RS_SIMAX_2008, R_PHD_2007
SASPA: Subspace Accelerated Sensitive Pole Algorithm
Related publications: RM_IEEE_TPWRS_2008
SARQI: Subspace Accelerated Rayleigh Quotient Iteration
Related publications: RMF_IEEE_TPWRS_2010
SLRCF-ADI: Sparse Low Rank Choleski Factorization using ADI for Balanced Truncation
For questions, please contact Prof Francisco Freitas (ffreitas@ene.unb.br)
Related publications: SLRCF-ADI
All power system models originate from CEPEL.
Code and test systems for the SparseRC algorithm for reduction of large-scale parasitic RC networks can be found here.