Summary
This paper is intended to fill a gap in the preceding part I ( Vol. 14 of this journal, pp. 93–124). The missing proof of Theorem 5.1 is provided in the subsequent Section 8. Thereby a new and effective method for constructing invariant manifolds in the large is demonstrated, namely analytic continuation. The presentation is (almost) self-contained and complete in the sense that considerable technical difficulties which arise from an extensive usage of the implicit function theorem are elaborated. Section 7 is a collection of material from the literature which is reformulated in such a way that it serves our purposes best. Lemma 7.1 is actually taken from [5], the proof is repeated here.
Note that the enumeration (of sections, formulas) which was started in part I is simply carried further. In interpreting quotations part I and II should be regarded as a unit. For the reader’s convenience Section 7 is preceded by a repetition of material from part I. At the end of the paper a selection of earlier references — some have been updated — is added.
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References
H.W.Knobloch: A method for construction of invariant manifolds. In: Asymptotic Methods of Mathematical Physics. Kiev Naukova Dumka 1988, pp. 100–118.
H.W.Knobloch: Stabilization of control systems by means of high-gain feedback. In: Optimal Control Theory and Economic Analysis, 3, G. Feichtinger ed..North-Holland 1988, pp. 153–173.
H.W. Knobloch and F. Kappel, Gewöhnliche Differentialgleichungen, B.G.Teubner, Stuttgart, 1974.
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Knobloch, H.W. Dichotomy and integral manifolds part II: proof of the continuation principle. Results. Math. 16, 107–135 (1989). https://doi.org/10.1007/BF03322648
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DOI: https://doi.org/10.1007/BF03322648