Linda Moore
@mykismet06350
29 July, 01:24
https://www.gematrix.org/?...
Phl 4:1
Therefore, my brethren dearly beloved and longed for, G1973 my joy and crown, so stand fast in the Lord, my dearly beloved.
://www.youtube.com/watch?v=dY...
Phl 4:1
Therefore, my brethren dearly beloved and longed for, G1973 my joy and crown, so stand fast in the Lord, my dearly beloved.
://www.youtube.com/watch?v=dY...
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_no 001
@_no001
30 July, 03:57
In response Linda Moore to her Publication
love this tune, also hello stranger
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Linda Moore
@mykismet06350
30 July, 10:53
In response _no 001 to his Publication
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11:18 PM - Jul 30, 2023
In response Linda Moore to her Publication
Only people mentioned by _no001 in this post can reply
Linda Moore
@mykismet06350
31 July, 01:06
In response _no 001 to his Publication
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_no 001
@_no001
31 July, 02:55
In response Linda Moore to her Publication
To implement power converter control algorithms in an FPGA, it is often required to develop an FPGA-based pulse-width modulation (PWM) module. Therefore, this note presents how to implement a custom PWM modulator in the Xilinx FPGA of the imperix controller (B-Box RCP or B-Board PRO).
The presented modulator uses FPGA pulse-width modulation with a triangular carrier. The sources of this example can be re-used in an FPGA-based power converter control design. Alternatively, it can be used as a starting point to develop more complex custom PWM modulators.
The presented modulator uses FPGA pulse-width modulation with a triangular carrier. The sources of this example can be re-used in an FPGA-based power converter control design. Alternatively, it can be used as a starting point to develop more complex custom PWM modulators.
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_no 001
@_no001
31 July, 02:56
In response Linda Moore to her Publication
I have no idea what any of this means, but my searches led me here and I feel it is relevant.
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Linda Moore
@mykismet06350
31 July, 01:04
In response _no 001 to his Publication
https://www.gematrix.org/?...
where two seas meet
Euxine
From eu- "good, well" (see eu-) + xenos "host; guest; stranger" (from PIE root *ghos-ti- "stranger, guest, host").
where two seas meet
Euxine
From eu- "good, well" (see eu-) + xenos "host; guest; stranger" (from PIE root *ghos-ti- "stranger, guest, host").
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_no 001
@_no001
31 July, 02:37
In response Linda Moore to her Publication
Has anyone ever told you, you're a genius ?
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_no 001
@_no001
31 July, 02:40
In response Linda Moore to her Publication
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Linda Moore
@mykismet06350
31 July, 12:44
In response _no 001 to his Publication
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_no 001
@_no001
31 July, 02:30
In response Linda Moore to her Publication
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Linda Moore
@mykismet06350
31 July, 12:39
In response _no 001 to his Publication
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Linda Moore
@mykismet06350
31 July, 12:38
In response _no 001 to his Publication
https://www.gematrix.org/?...
Antioch = 'driven against" (anti) ant i
"making resistance or opposition,
Parental Counsel
(Pro 6 Go to the ant, ( from its almost bisected form) the two
 Pro 6:9 How long wilt thou sleep, O sluggard? when wilt thou arise out of thy sleep?
a consideration or argument in favor, (Pro)
a word that asserts or declares; (verb)
Pro and con
Antioch = 'driven against" (anti) ant i
"making resistance or opposition,
Parental Counsel
(Pro 6 Go to the ant, ( from its almost bisected form) the two
 Pro 6:9 How long wilt thou sleep, O sluggard? when wilt thou arise out of thy sleep?
a consideration or argument in favor, (Pro)
a word that asserts or declares; (verb)
Pro and con
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_no 001
@_no001
31 July, 02:18
In response Linda Moore to her Publication
Abstract
Synchronization between master and slave oscillators is important to understand, as it explains how the instructions are passed on by master oscillator to slave oscillator for execution of dedicated task. Such a behaviour is commonly noticed in fields like biological circuits, neuronal networks robotics and logic circuits. In this paper, conditions on sufficient coupling gain which provides synchronization of master-slave oscillators have been derived using Lyapunov stability approach for second order benchmark oscillators namely Van der Pol and Fitzhugh Nagumo oscillators. The results obtained through mathematical formalism are confirmed through numerical simulations. Also electronic experimental model of master-slave oscillatory system for each of above oscillators have been developed and tested. It is found that synchronization of master-slave oscillatory system needs the presence of sufficient coupling gain.
Synchronization between master and slave oscillators is important to understand, as it explains how the instructions are passed on by master oscillator to slave oscillator for execution of dedicated task. Such a behaviour is commonly noticed in fields like biological circuits, neuronal networks robotics and logic circuits. In this paper, conditions on sufficient coupling gain which provides synchronization of master-slave oscillators have been derived using Lyapunov stability approach for second order benchmark oscillators namely Van der Pol and Fitzhugh Nagumo oscillators. The results obtained through mathematical formalism are confirmed through numerical simulations. Also electronic experimental model of master-slave oscillatory system for each of above oscillators have been developed and tested. It is found that synchronization of master-slave oscillatory system needs the presence of sufficient coupling gain.
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_no 001
@_no001
31 July, 02:27
In response Linda Moore to her Publication
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