In mathematics, the Markus–Yamabe conjecture is a conjecture on global asymptotic stability. If the Jacobian matrix of a dynamical system at a fixed point is Hurwitz, then the fixed point is asymptotically stable. Markus-Yamabe conjecture asks if a similar result holds globally. Precisely, the conjecture states that if a continuously differentiable map on an -dimensional real vector space has a fixed point, and its Jacobian matrix is everywhere Hurwitz, then the fixed point is globally stable.
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| - Conjetura de Markus–Yamabe (es)
- Markus–Yamabe conjecture (en)
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| - En matemáticas, la conjetura de Markus–Yamabe es una conjetura sobre la estabilidad asintótica global. La conjetura dice que si un mapa continuamente diferenciable en un espacio vectorial real de dimensión tiene un punto fijo, y su jacobiana es siempre una matriz de Hurwitz, entonces el punto fijo es globalmente estable. La conjetura es verdadera para los casos bidimensionales. Sin embargo, se han creado contraejemplos en dimensiones superiores. Por lo tanto, sólo en el caso bidimensional, también se puede referir al teorema de Markus–Yamabe. (es)
- In mathematics, the Markus–Yamabe conjecture is a conjecture on global asymptotic stability. If the Jacobian matrix of a dynamical system at a fixed point is Hurwitz, then the fixed point is asymptotically stable. Markus-Yamabe conjecture asks if a similar result holds globally. Precisely, the conjecture states that if a continuously differentiable map on an -dimensional real vector space has a fixed point, and its Jacobian matrix is everywhere Hurwitz, then the fixed point is globally stable. (en)
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| - En matemáticas, la conjetura de Markus–Yamabe es una conjetura sobre la estabilidad asintótica global. La conjetura dice que si un mapa continuamente diferenciable en un espacio vectorial real de dimensión tiene un punto fijo, y su jacobiana es siempre una matriz de Hurwitz, entonces el punto fijo es globalmente estable. La conjetura es verdadera para los casos bidimensionales. Sin embargo, se han creado contraejemplos en dimensiones superiores. Por lo tanto, sólo en el caso bidimensional, también se puede referir al teorema de Markus–Yamabe. Resultados matemáticos relacionados con la estabilidad asintótica global, los cuales son aplicables en dimensiones superiores a dos, incluyen varios teoremas de convergencia autónoma. Análogas de la conjetura para sistemas de control no lineales con no linealidad escalar son conocidas como conjeturas de Kalman. (es)
- In mathematics, the Markus–Yamabe conjecture is a conjecture on global asymptotic stability. If the Jacobian matrix of a dynamical system at a fixed point is Hurwitz, then the fixed point is asymptotically stable. Markus-Yamabe conjecture asks if a similar result holds globally. Precisely, the conjecture states that if a continuously differentiable map on an -dimensional real vector space has a fixed point, and its Jacobian matrix is everywhere Hurwitz, then the fixed point is globally stable. The conjecture is true for the two-dimensional case. However, counterexamples have been constructed in higher dimensions. Hence, in the two-dimensional case only, it can also be referred to as the Markus–Yamabe theorem. Related mathematical results concerning global asymptotic stability, which are applicable in dimensions higher than two, include various autonomous convergence theorems. Analog of the conjecture for nonlinear control system with scalar nonlinearity is known as Kalman's conjecture. (en)
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