Edward C. Molina
American engineer
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Engineering
Edward C. Molina's Degrees
- Masters Electrical Engineering Stanford University
- PhD Computer Science California Institute of Technology
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Why Is Edward C. Molina Influential?
(Suggest an Edit or Addition)According to Wikipedia, Edward Charles Dixon Molina was an American engineer, known for his contributions to teletraffic engineering. Biography Edward Molina was born on December 13, 1877. After completing high school, he went to work, and was self-taught in mathematics. He began working for the Western Electric Company in 1898 at the age of 21 and entered the AT&T research department in 1901. His invention of relay translators in 1906 resulted in the panel dial systems. In his studies of telephone traffic, Molina independently rediscovered the Poisson distribution in 1908. It was briefly named in his honor among American telephone engineers until the prior art was recovered. In 1928 he was an Invited Speaker at the ICM in Bologna. Molina pioneered the use of throwdowns, which in essence were Monte Carlo simulations of telephone traffic to find optimal capacity assignments for trunk lines to central offices . Molina taught mathematics at the Newark College of Engineering from the time of his retirement in 1944 until his death. He was awarded the Franklin Institute's Elliott Cresson Medal in 1952. He died on April 19, 1964.
Edward C. Molina's Published Works
Published Works
- Poisson's Exponential Binomial Limit (1942) (165)
- Application of the theory of probability to telephone trunking problems (1927) (73)
- Facsimiles of two papers by Bayes (1941) (34)
- The theory of probabilities applied to telephone trunking problems (1922) (25)
- Poisson's Exponential Binomial Limit. (1943) (18)
- The theory of probability: some comments on Laplace's théorie analytique (1930) (14)
- Bayes' theorem an expository presentation (1931) (13)
- Some Fundamental Curves for the Solution of Sampling Problems (1946) (6)
- Computation Formula for the Probability of an Event Happening at Least C Times in N Trials (1913) (4)
- Deviation of random samples from average conditions and significance to traffic men (3)
- Bayes' Theorem: An Expository Presentation (1931) (3)
- Mathematical Allusions in Poe (1947) (3)
- Arne Fisher, 1887–1944 (1944) (3)
- Probability in engineering (1935) (2)
- A laplacian expansion for Hermitian-Laplace functions of high order (1936) (2)
- An expansion for laplacian integrals in terms of incomplete gamma functions, and some applications (1932) (2)
- Fermat's Theorem as a Problem in Probability (1946) (1)
- The frequency distribution of the unknown mean of a sampled universe (1929) (1)
- Application to the binomial summation of a Laplacian 1 method for the evaluation of definite integrals (1)
- The Theory of Probability and Some Applications to Engineering Problems (0)
- Discussions and Notes (1946) (0)
- On a Characterization of Processes for which Optimal Mean-Square Systems are of Specified Form* (1959) (0)
- MATHEMATICS IN THE TELEPHONE INDUSTRY (1940) (0)
- The theory of probability and some applications to engineering problems (0)
- Probability In Engineering (1935) (0)
- An Interpolation Formula for Poisson's Exponential Binomial Limit (1915) (0)
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