Mathematical Proceedings of the Cambridge Philosophical Society · 1969 · 10 citations · 2 references
Natural SciencesMathematicsMathematical PhysicsProbability TheoryRepresentation TheoryIntegral EquationsIntegral GeometryKernel MethodsProbability DistributionsVector SpacesDual SpacesVector-valued Functions
The idea of constructing a space of functions taking values in a locally convex space E from a linear space of scalar valued functions is well known. We can, for example, define a space consisting of all E -valued functions φ( t ) such that for all elements e′ of the dual E ′ of E . Besides this construction there are others which arise in special cases. This idea has been used to obtain integrals of vector-valued functions (compare (2), Chapter III, § 4). Schwartz has also used it in his paper on differentiable vector-valued functions (9) whose main result is the famous kernel theorem, as well as in introducing vector-valued distributions. It is natural to expect that the space of vector-valued functions obtained will inherit some properties of the function space and the vector space E . Therefore one usually starts from some function space which has interesting properties.
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J. L. B. Cooper · Proceedings of the London Mathematical Society · 1953 · 17 citations
Robert Welland · Transactions of the American Mathematical Society · 1964 · 17 citations · Full text