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Multi-body Kinematics and Dynamics with Lie Groups explores the use of Lie groups in the kinematics and dynamics of rigid body systems. The first chapter reveals the formal properties of Lie groups on the examples of rotation and Euclidean displacement groups. Chapters 2 and 3 show the specific algebraic properties of the displacement group, explaining why dual numbers play a role in kinematics (in the so-called screw theory). Chapters 4 to 7 make use of those mathematical tools to expound the kinematics of rigid body systems and in particular the kinematics of open and closed kinematical chains. A complete classification of their singularities demonstrates the efficiency of the method. Dynamics of multibody systems leads to very big computations. Chapter 8 shows how Lie groups make it possible to put them in the most compact possible form, useful for the design of software, and expands the example of tree-structured systems. This book is accessible to all interested readers as no previous knowledge of the general theory is required.
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From Dimension-Free Matrix Theory to Cross-Dimensional Dynamic Systems illuminates the underlying mathematics of semi-tensor product (STP), a generalized matrix product that extends the conventional matrix product to two matrices of arbitrary dimensions. Dimension-varying systems feature prominently across many disciplines, and through innovative applications its newly developed theory can revolutionize large data systems such as genomics and biosystems, deep learning, IT, and information-based engineering applications.--
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This monograph gives access to the theory of continuous linear representations of general real Lie groups to readers who are already familiar with the rudiments of functional analysis and Lie groups. The first half of the book is centered around the relation between a continuous linear representation (of a Lie group over a Banach space or even a more general space) and its tangent; the latter is a Lie algebra representation in a sense. Starting with the Hille-Yosida theory, quite recent results are reached. The second half is more standard unitary theory with applications concerning the
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Introduction to Lie groups and Lie algebras
Lie, Algèbres de --- Lie, Groupes de --- Lie groups. --- Lie algebras. --- Lie groups --- Lie algebras
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Lie algebras. --- Algebras, Lie --- Algebra, Abstract --- Algebras, Linear --- Lie groups
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This book consists of nine chapters. Chapter 1 is devoted to algebraic preliminaries. Chapter 2 deals with some of the basic definition and results concerning topological groups, topological linear spaces and topological algebras. Chapter 3 considered some generalizations of the norm. Chapter 4 is concerned with a generalization of the notion of convexity called p-convexity. In Chapter 5 some differential and integral analysis involving vector valued functions is developed. Chapter 6 is concerned with spectral analysis and applications. The Gelfand representation theory is the subject-mat
Algebra --- Topological groups. Lie groups --- Topological algebras. --- Functional analysis.
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Lie theory and special functions
Functions, Special. --- Functions, Theta. --- Harmonic analysis. --- Lie groups. --- Manifolds (Mathematics).
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Linear lie groups
Lie groups. --- Lie algebras. --- Algebras, Lie --- Algebra, Abstract --- Algebras, Linear --- Lie groups --- Groups, Lie --- Lie algebras --- Symmetric spaces --- Topological groups
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Differential topology --- Lie algebras. --- Root systems (Algebra) --- Lie algebras --- 512.81 --- 512.81 Lie groups --- Lie groups --- Algebras, Lie --- Algebra, Abstract --- Algebras, Linear --- Systems of roots (Algebra)
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Introduction to compact transformation groups
Algebraic topology --- Transformation groups. --- Lie groups. --- Transformations, Groupes de --- Lie groups --- Groups, Lie --- Lie algebras --- Symmetric spaces --- Topological groups --- Groups of transformations --- Group theory --- Topology --- Transformations (Mathematics)
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