1 T. Van Cutsem, "Voltage Stability of Electric Power Systems" 214-255,
2 I. Dobson., "Voltage Stability Assessment : Concepts, Practices and Tools" 2003
3 Khoi Vu., "Use of Local Measurements to Estimate Voltage-Stability Margin" 14 (14): 1029-1035, 1999
4 Real Time System Operation 2006 – 2007, "Real-Time Voltage Security Assessment (RTVSA)" Lawrence Berkeley National Laboratory
5 J. H. Eto., "Real Time System Operation 2006-2007, Appendix A: Phasor Technology Applications Feasibility Assessment and Research Results Report" Lawrence Berkeley National Laboratory
6 P. Nagendra., "Power System Voltage Stability Assessment Using Network Equivalents-A Review" 2010
7 Yuri V. Makarov., "On Convexity of Power Flow Feasibility Boundary" 23 (23): 811-813, 2008
8 I. Dobson, "Observations on the geometry of saddle node bifurcation and voltage collapse in electric power systems" 39 (39): 240-243, 1992
9 J. L. Buchanan, "Numerical methods and analysis" McGraw-Hill 1992
10 I. Dobson, "New Methods for Computing a Closest Saddle Node Bifurcation and Worst Case Load Power Margin for Voltage Collapse" 8 (8): 905-913, 1993
1 T. Van Cutsem, "Voltage Stability of Electric Power Systems" 214-255,
2 I. Dobson., "Voltage Stability Assessment : Concepts, Practices and Tools" 2003
3 Khoi Vu., "Use of Local Measurements to Estimate Voltage-Stability Margin" 14 (14): 1029-1035, 1999
4 Real Time System Operation 2006 – 2007, "Real-Time Voltage Security Assessment (RTVSA)" Lawrence Berkeley National Laboratory
5 J. H. Eto., "Real Time System Operation 2006-2007, Appendix A: Phasor Technology Applications Feasibility Assessment and Research Results Report" Lawrence Berkeley National Laboratory
6 P. Nagendra., "Power System Voltage Stability Assessment Using Network Equivalents-A Review" 2010
7 Yuri V. Makarov., "On Convexity of Power Flow Feasibility Boundary" 23 (23): 811-813, 2008
8 I. Dobson, "Observations on the geometry of saddle node bifurcation and voltage collapse in electric power systems" 39 (39): 240-243, 1992
9 J. L. Buchanan, "Numerical methods and analysis" McGraw-Hill 1992
10 I. Dobson, "New Methods for Computing a Closest Saddle Node Bifurcation and Worst Case Load Power Margin for Voltage Collapse" 8 (8): 905-913, 1993
11 G. D. Irisarri., "Maximum loadability of power systems using interior point non-linear optimization method" 12 (12): 162-172, 1997
12 Ivan Smon., "Local Voltage Stability Index using Tellegen’s Theorem" 21 (21): 2006
13 Ian A. Hiskens., "Exploring the Power Flow Solution Space Boundary" 16 (16): 389-395, 2001
14 I. Musirin., "Estimating Maximum Loadabilityfor Weak Bus Identification Using FVSI" 50-52, 2002
15 A. C. Z. de Souza., "Critical bus and point of collapse determination using tangent vectors" 329-333, 1996
16 Bernard C. Lesieutre., "Convexity of the Set of Feasible Injections and Revenue Adequacy in FTR Markets" 20 (20): 1790-1798, 2005
17 I. Dobson, "Computing a Closest Bifurcation Instability in Multidimensional Parameter Space" 3 : 307-327, 1993
18 V. Ajjarapu., "Computational Techniques for Voltage Stability Assessment and Control" 124-128,
19 Yuri V. Makarov., "Computation of Bifurcation Boundaries for Power Systems : A new \-Plane Method" 47 (47): 536-544, 2000
20 C. L. Canizares, "Calculating optimal system parameters to maximize the distance to saddle node bifurcations" 45 (45): 225-237, 1998
21 C. L. Canizares, "Applications of Optimization to Voltage Collapse Analysis" 1998
22 Hsiao-Dong Chiang, "Application of Bifurcation Analysis to Power Systems" Springer 293/2003 : 2003
23 Y. V. Makarov., "A continuation method approach to finding the closest saddle node bifurcation point" 1994
24 J. Zhao., "A Review on Online Voltage Stability Monitoring Indices and Methods based on Local Phasor Measurements" 2011