Many approximations are linear, that is, conform to the principle of super-position, and may profitably be studied by means of the theory of linear spaces. ``Linear approximation'' sets forth the pertinent parts of that theory, with particular attention to the key spaces $C_n, B, K$, and Hilbert spa
Linear Approximation
β Scribed by Arthur Sard
- Publisher
- American Mathematical Society
- Year
- 1963
- Tongue
- English
- Leaves
- 560
- Series
- Mathematical Surveys and Monographs
- Edition
- 2nd
- Category
- Library
No coin nor oath required. For personal study only.
β¦ Synopsis
Many approximations are linear, that is, conform to the principle of super-position, and may profitably be studied by means of the theory of linear spaces. Linear approximation'' sets forth the pertinent parts of that theory, with particular attention to the key spaces $C_n, B, K$, and Hilbert space, spaces which are powerful tools in the analysis, appraisal, and design of approximations, ranging from formulas of mechanical quadrature to approximations of operators by operators. Because it affords a detailed treatment of a timely and important subject,Linear approximation'' is of interest to scientists and engineers as well as to mathematicians. The book includes worked illustrative examples and discussions of the rationale of its formulation of problems.
β¦ Subjects
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π SIMILAR VOLUMES
This book deals with problems of approximation of continuous or bounded functions of several variables by linear superposition of functions that are from the same class and have fewer variables. The main topic is the space of linear superpositions $D$ considered as a subspace of the space of continu
This book deals with problems of approximation of continuous or bounded functions of several variables by linear superposition of functions that are from the same class and have fewer variables. The main topic is the space of linear superpositions $D$ considered as a subspace of the space of continu
This book deals with problems of approximation of continuous or bounded functions of several variables by linear superposition of functions that are from the same class and have fewer variables. The main topic is the space of linear superpositions $D$ considered as a subspace of the space of continu