Identification Of linear periodically-time-variable circuits in the system UDF MAOPCs

机译：在系统UDF MAOPCS中识别线性定期时间可变电路

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The paper presents developed User-Defined Function, that are designed for identification of linear periodically-time-variable (LPTV) circuits. Such User-Defined Function are addition to the system UDF MAOPCs, which is designed for modeling, multivariate analysis and optimization of LPTV circuits in the frequency and time domains. There are the examples of using the developed User-Defined Function.

机译：本文介绍了开发的用户定义函数，它被设计用于识别线性定期时间变量（LPTV）电路。这种用户定义的功能是系统UDF MAOPC的补充，它专为频率和时间域中的LPTV电路的建筑，多变量分析和优化而设计。使用开发的用户定义函数有示例。

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来源
《International Conference on Computational Problems of Electrical Engineering》|2017年|191p|共3页
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作者
Yuriy Shapovalov; Bohdan Mandziy; Dariya Bachyk; Turyk Marian;
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中图分类 TP3-53;
关键词
Mathematical model; Integrated circuit modeling; Time-frequency analysis; Time-domain analysis; Differential equations; Harmonic analysis;

机译：数学模型;集成电路建模;时频分析;时间域分析;微分方程;谐波分析;

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专利

1. The Effectiveness of Multivariate Computation of the Energy Characteristics of Linear Periodically-Time-Variable Circuits in the environment of MAOPCs [J] . Yuriy SHAPOVALOV, Bohdan MANDZIY, Dariya BACHYK Przeglad Elektrotechniczny . 2017,第10期

机译：MAOPCs环境中线性周期-时变电路能量特性的多元计算的有效性
2. The System Functions MAOPCs for Analysis and Optimization Of Linear Periodically Time-Variable Circuits Based on the Frequency Symbolic Method [J] . Yuriy SHAPOVALOV, Bohdan MANDZIY, Dariya BACHYK Przeglad Elektrotechniczny . 2015,第7期

机译：基于频率符号法的线性周期性时变电路分析和优化的系统功能MAOPC
3. Piecewise-Linear Identification of Nonlinear Dynamical Systems in View of Their Circuit Implementations [J] . De Feo O., Storace M. IEEE transactions on circuits and systems . I , Regular papers . 2007,第7期

机译：非线性动力系统的分段线性辨识及其电路实现
4. Identification Of linear periodically-time-variable circuits in the system UDF MAOPCs [C] . Yuriy Shapovalov, Bohdan Mandziy, Dariya Bachyk, International Conference on Computational Problems of Electrical Engineering . 2017

机译：系统UDF MAOPC中线性周期性时变电路的识别
5. Linearity and noise improvement techniques employing low power in analog and RF circuits and systems. [D] . Abdel Ghany, Ehab Ahmed Sobhy Tawfik. 2012

机译：在模拟和RF电路及系统中采用低功耗的线性和噪声改善技术。
6. System identification of the nonlinear dynamics in the thalamocortical circuit in response to patterned thalamic microstimulation in-vivo [O] . Daniel C Millard, Qi Wang, Clare A Gollnick, -1

机译：丘脑皮层电路在体内对模式化丘脑微刺激的响应中的非线性动力学的系统辨识
7. Linearity and Noise Improvement Techniques Employing Low Power in Analog and RF Circuits and Systems [O] . Abdel Ghany Ehab 2013

机译：在模拟和射频电路和系统中采用低功耗的线性和噪声改善技术

Identification Of linear periodically-time-variable circuits in the system UDF MAOPCs

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