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Stochastic Processes

Introduces stochastic processes as probabilistic models of data streams and their mathematical basis for science and engineering.

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Stochastic Processes

By Dr. Gergely ZárubaGauge Integral Structures for Stochastic Calculus and Quantum Electrodynamics
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This piece introduces stochastic processes as probabilistic models of data streams. It illustrates the breadth of such streams with examples ranging from speech, audio, and video signals to stock market prices and measurements of physical phenomena recorded by digital sensors such as medical instruments, GPS receivers, and seismographs.

The central point is that a solid understanding of the mathematical basis of these models is essential both for understanding phenomena and for processing information. The author notes this foundation is important across many branches of science and engineering, including physics, communications, signal processing, automation, and structural dynamics, underscoring the wide applicability of the theory.

Abstract

This work presents stochastic processes as probabilistic models of data streams, including speech, audio and video signals, stock market prices, and measurements of physical phenomena captured by digital sensors like medical instruments, GPS receivers, or seismographs. It stresses that understanding the mathematical basis of these models is essential for interpreting phenomena and processing information across many fields of science and engineering, such as physics, communications, signal processing, automation, and structural dynamics.

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stochastic processesprobabilitydata streamssignal processingmathematical modeling
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