In probability theory, this operation is given as the expectation value of the negative(*) exponential of a random variable.
A multiplicative variety of this process is related to theÂ integration of the gamma function multiplied by an inverse-power law over bounds of complex infinities and is known as the Cahen-Mellin version. This process will converge for a locally integrable function if there exists a limit as the upper bound of that integral approaches infinity. In probability theory, this operation is given as the expectation value of the negative(*) exponential of a random variable. Performing this operation on an origin-centered Dirac delta function gives unity and performing it on a step function returns a hyperbola. Given as the integral from zero to infinity of a function times the quantity e to the minus s times t, FTP, identify this integral transform that is often used to convert differential equations into algebraic ones.
A multiplicative variety of this process is related to theÂ integration of the gamma function multiplied by an inverse-power law over bounds of complex infinities and is known as the Cahen-Mellin version.
Laplace transform [do not accept Laplacian transform]