The study of differential equations requires good and powerful mathematical software. Also, a flexible and extendible package is important. A powerful and widely used environment for scientific computing is Matlab. The aim of MatCont and Cl_MatCont is to provide a continuation and bifurcation toolbox which is compatible with the standard Matlab ODE representation of differential equations. MatCont is a graphical Matlab package for the interactive numerical study of dynamical systems. It is developed in parallel with the command line continuation toolbox Cl_MatCont. The package (Cl_)MatCont is freely available for non-commercial use on an as is basis. It should never be sold as part of some other software product. Also, in no circumstances can the authors be held liable for any deficiency, fault or other mishappening with regard to the use or performance of (Cl_)MatCont.

References in zbMATH (referenced in 30 articles )

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  1. Sánchez Sanz, Julia; Getto, Philipp: Numerical bifurcation analysis of physiologically structured populations: consumer-resource, cannibalistic and trophic models (2016)
  2. Shen, Li-Yong; Pérez-Díaz, Sonia: Numerical proper reparametrization of parametric plane curves (2015)
  3. Wei, Junqiang; Li, Gengyin; Zhou, Ming: Numerical bifurcation and its application in computation of available transfer capability (2015)
  4. Bindel, D.; Friedman, M.; Govaerts, W.; Hughes, J.; Kuznetsov, Yu.A.: Numerical computation of bifurcations in large equilibrium systems in Matlab (2014)
  5. Sonneville, V.; Cardona, A.; Brüls, O.: Geometrically exact beam finite element formulated on the special Euclidean group $SE(3)$ (2014)
  6. Zhao, Xiaomei; Orosz, Gábor: Nonlinear day-to-day traffic dynamics with driver experience delay: modeling, stability and bifurcation analysis (2014)
  7. Xin, Baogui; Li, Yuting: Bifurcation and chaos in a price game of irrigation water in a coastal irrigation district (2013)
  8. Bulelzai, M.A.K.; Dubbeldam, Johan L.A.: Long time evolution of atherosclerotic plaques (2012)
  9. Della Rossa, Fabio; Fasani, Stefano; Rinaldi, Sergio: Potential Turing instability and application to plant-insect models (2012)
  10. Buffoni, G.; Groppi, M.; Soresina, C.: Effects of prey over-undercrowding in predator-prey systems with prey-dependent trophic functions (2011)
  11. Wei, Jun-Qiang; Yang, Zhong-Hua: A novel method for computation of higher order singular points in nonlinear problems with single parameter (2011)
  12. Busch, Michael; Moehlis, Jeff: Analysis of a class of symmetric equilibrium configurations for a territorial model (2010)
  13. Páez Chávez, Joseph: Starting homoclinic tangencies near 1 : 1 resonances (2010)
  14. Pryce, J.D.; Ghaziani, R.Khoshsiar; De Witte, V.; Govaerts, W.: Computation of normal form coefficients of cycle bifurcations of maps by algorithmic differentiation (2010)
  15. Barton, David A.W.: Stability calculations for piecewise-smooth delay equations (2009)
  16. Kuşbeyzi, İlknur; Hacınlıyan, Avadis: Bifurcation scenarios of some modified predator-prey nonlinear systems (2009)
  17. Dhooge, A.; Govaerts, W.; Kuznetsov, Yu.A.; Meijer, H.G.E.; Sautois, B.: New features of the software MatCont for bifurcation analysis of dynamical systems (2008)
  18. Govaerts, W.; Ghaziani, R.Khoshsiar: Stable cycles in a Cournot duopoly model of Kopel (2008)
  19. Green, K.; Champneys, A.R.; Friswell, M.I.; Muñoz, A.M.: Investigation of a multi-ball, automatic dynamic balancing mechanism for eccentric rotors (2008)
  20. Spyrou, Kostas J.; Tigkas, Ioannis G.: Nonlinear dynamics of ship steering behaviour under environmental excitations (2008)

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