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An Analysis of the Induction Machine

Transactions of the American Institute of Electrical Engineers, 1938
THERE has long been a need for a means of evaluating the performance of induction motors under transient conditions, as when driving pulsating compressor loads. The familiar equivalent-circuit analysis is inadequate to determine the effects of pulsating speeds, and the more complete analysis of S. J. Levine1 is somewhat inconvenient, since the rotating
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Inductive Turing Machines

2017
A model of computation, the so-called inductive Turing machine, is introduced. In this model, a process of ''computation'' is not required to halt for giving the result. The ''computation capacity'' of inductive T- machines is shown to be strictly stronger than that of usual Turing machines.
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IGSPICE simulation of induction machines with saturable inductances

IEEE Transactions on Energy Conversion, 1989
A novel approach to the dynamic analysis of induction machines with saturable inductances is presented. The machine dynamics are represented by a set of nonlinear time-varying differential equations. The machine parameters (i.e. saturable inductances) are modeled by closed-form nonlinear functions.
A. Keyhani, H. Tsai
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An improved estimation of the induction machine leakage inductances

IEEE Transactions on Industrial Electronics, 1999
An alternative method for the determination of the induction machine leakage inductances is proposed. The stator transient inductance is the only parameter needed, besides the nameplate data. Results show the accuracy of the technique.
José Luiz Silvino   +1 more
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Induction Machines Efficiency Mapping

2020 19th International Conference on Mechatronics - Mechatronika (ME), 2020
The paper presents a simple yet powerful method of efficiency mapping of induction machines. The whole calculation process is based on knowledge of induction machine equivalent circuit parameters and approximation of losses based on known dependencies on speed, current and magnetic flux linkage.
Hruška, Karel, Dvořák, Pavel
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State Machines as Inductive Types

IEICE Transactions on Fundamentals of Electronics, Communications and Computer Sciences, 2007
We describe a way to write state machines inductively. The proposed method makes it possible to use the standard techniques for proving theorems on inductive types to verify that state machines satisfy invariant properties. A mutual exclusion protocol using a queue is used to exemplify the proposed method.
Kazuhiro Ogata 0001, Kokichi Futatsugi
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Configurable Parallel Induction Machines

2021
Machine Learning practice in general offers significant opportunities for parallel computing and practicing sound software engineering. More often than not, practitioners routinely write dataset specific scripts and learners focus on model building and refining.
Karina Ionkina   +2 more
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Efficiency tests of induction machines

Electrical Engineering, 1934
Several different types of tests For the efficiency of induction machines are discussed in this paper, and results obtained by the different methods are compared. The procedure involved in making the different types of tests is given in detail. In the determination of losses, special attention is given to the stray load loss, which, in most previous ...
C. C. Leader, F. D. Phillips
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Machine induction of geospatial knowledge

1992
Machine learning techniques such as tree induction have become accepted tools for developing generalisations of large data sets, typically for use with production rule systems in prediction and classification. The advent of computer based cartography and the field of geographic information systems (GIS) has seen a wealth of spatial data generated and ...
Peter A. Whigham   +2 more
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The Induction Machine

2018
Nowadays, the induction machine is by far the most commonly used electrical machine in electrical drives (for applications that require a highly dynamic behaviour or where energy efficiency or compactness is primordial the permanent magnet synchronous motor may be preferred, however).
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