Distribution Theory
Distributions
- Test Functions and Test Function Spaces
- Convergence in Test Function Spaces
- Distributions, Generalized Functions
- All Locally Integrable Functions Can Be Extended to Distributions
Operators on Distributions
- Differentiation of Distributions
- Translation of Distributions
- Dilation of Distributions
- Multiplication of Distributions by Smooth Functions
Convergence, Convolution, Approximation
- Convergence of Distributions
- Differentiation of Distributions is Continuous with Respect to Weak Convergence
- Convolution of Distributions, Distributions as Functions Defined on the Real Numbers
- Auxiliary Lemma for Convolution of Distributions
- Convergence Theorem for Convolution of Distributions
- Distributions Converging to the Dirac Delta Distribution
Tempered Distributions
- Schwartz Space and Schwartz Functions
- Convergence in Schwartz Space
- Test Function Space is a Proper Subset of Schwartz Space
- Tempered Distributions
- Poisson Summation Formula
References
- Gerald B. Folland, Fourier Analysis and Its Applications (1992)
- Robert A. Adams and John J. F. Foutnier, Sobolev Space (2nd Edition, 2003)
- Daniel Eceizabarrena perez, Distribution Theory and Fundamental Solutions of Differential Operators (2015)
All posts
- Derivation of the Poisson Summation Formula
- Convergence in the Space of Test Functions
- Distributions, Generalized Functions
- Proving that All Locally Integrable Functions Can Be Extended to Distributions
- Test Functions and Test Function Space
- Translation of Distributions
- The Dirac Delta Function Rigorously Defined through Distributions
- Dilation of Distributions
- Proof that the Dirac Delta Function is Not a Regularized Distribution
- Differentiation of Distributions
- Convergence of Distributions
- Derivative Approximation
- Differentiation of the Product of Distributions
- Multiplication of a Distribution with a Smooth Function
- Schwartz Space and Schwartz Functions
- Regulating Supersaturation
- Convergence of Distributions to the Dirac Delta Distribution
- Differentiability of Distributions is Continuous with Respect to Weak Convergence
- Convolution of Distributions, Distributions as Functions Defined on Real Numbers
- Distributional Convolution Lemma
- Proof That the Space of Test Functions is a Proper Subset of the Schwartz Space
- Convergence in Schwartz Spaces
- Distributional Convolution Convergence Theorem