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An analog computer can be used to solve various types of problems. It solves them in an “analogous” way (pun intended). Two problems or systems are considered analogous if certain or all of their respective measurable quantities obey the same mathematical equations. Most general purpose analog computers use an active electrical circuit as ...
This handbook provides comprehensive information on analog computation, including techniques, examples, and applications.
Analog computation gets its name from an analogy, or systematic rela-tionship, between the physical processes in the computer and those in the system it is intended to model or simulate (the primary system).
Introduction. Fundamentals of Analog Computing. Analog Computation in Nature. General-purpose Analog Computation. Analog Thinking. Future Directions. References. Glossary and Abbreviations. Accuracy: The closeness of a computation to the corresponding primary system.
Many artificial neural network models are examples of sequential-time analog computation. In a simple feed-forward neural network, an input vector is processed by the layers in order, as in a pipeline. That is, the output of layer n becomes the input of layer \ ( { n+1 } \).
22 Ιουλ 2013 · Two chapters give an introduction to the programming of analog computers with a number of detailed sample problems and solutions. These problems range from simple mass-spring-damper systems...
4 Απρ 2000 · Why “Analog”? • Start with an abstract problem in need of solving • Find an analog in the physical world • Set up the analog as a physical experiment • Perform the experiment and examine the results
