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time control module  (MathWorks Inc)


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    MathWorks Inc time control module
    Time Control Module, supplied by MathWorks Inc, used in various techniques. Bioz Stars score: 96/100, based on 1965 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/product/time+controller+module/Simulink+Real-Time/pm40006216-243-10-15
    Average 96 stars, based on 1965 article reviews
    time control module - by Bioz Stars, 2026-10
    96/100 stars

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    Control:

    Article Title: Nonlinear modeling and control approach to magnetic levitation ball system using functional weight RBF network-based state-dependent ARX model
    Article Snippet: A hybrid model, which adopts a radial basis function (RBF) neural networks with functional weights (FWRBF) to approximate the coefficients of the state-dependent AutoRegressive model with eXogenous input variables (SD-ARX), is built for modeling a magnetic levitation ball system and is referred to as the functional weight RBF nets-based ARX (FWRBF-ARX) model.. This model structure, which may be identified by using the historical input/output data, inherits both the advantages of the FWRBF networks in function approximation and of the state-dependent ARX models in description of nonlinear dynamics.. Due to the structured characteristics of the FWRBF-ARX model, an offline structured nonlinear parameter optimization method (SNPOM) is applied to identify the model structure and parameters.

    Sampling:

    Article Title: Nonlinear modeling and control approach to magnetic levitation ball system using functional weight RBF network-based state-dependent ARX model
    Article Snippet: A hybrid model, which adopts a radial basis function (RBF) neural networks with functional weights (FWRBF) to approximate the coefficients of the state-dependent AutoRegressive model with eXogenous input variables (SD-ARX), is built for modeling a magnetic levitation ball system and is referred to as the functional weight RBF nets-based ARX (FWRBF-ARX) model.. This model structure, which may be identified by using the historical input/output data, inherits both the advantages of the FWRBF networks in function approximation and of the state-dependent ARX models in description of nonlinear dynamics.. Due to the structured characteristics of the FWRBF-ARX model, an offline structured nonlinear parameter optimization method (SNPOM) is applied to identify the model structure and parameters.



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    Image Search Results


    Knockdown of Ef1a48D expression attenuated the expanded poly(A) SoxN toxicity by mediating its mislocalization. A, the effect of knockdown of eEF1A1 on poly(A)-SoxN-EGFP localization in SK-N-MC cells. Knockdown of eEF1A1 expression caused a nuclear enrichment of A34-SoxN-EGFP protein but had no effect on the subcellular localization of A12-SoxN-EGFP protein. The cell nuclei were stained with Hoechst 33342. Confocal images were acquired and processed using Olympus Fluoview FV1000 version 3.0.2.0 software. Red and green lines were drawn successively across individual cells in the confocal image, with matching plots on the right reporting fluorescence intensity. Scale bar, 10 μm. B, representative blots of the effect of eEF1A1 knockdown on the nuclear and cytoplasmic poly(A)-SoxN protein level. Histone (H3) was used as the nuclear marker. β-Tubulin served as the loading control. C, effect of Ef1a48D knockdown on poly(A)-SoxN toxicity. A34-SoxN expression caused a rough eye phenotype, whereas A12-SoxN and GAL4 driver-alone control did not. Knockdown of Ef1a48D rescued the eye phenotype induced by A34-SoxN. The images of external eyes were taken from 2 days post-eclosion flies. D, transcript levels of poly(A)-SoxN and Ef1a48D. The transcript levels of A12-SoxN and A34-SoxN and the knockdown efficiency of Ef1a48D in flies were detected using RT-PCR at 2 days post-eclosion. The flies were raised at 28 °C. The flies were of genotypes w; gmr-GAL4/+; +/+, w; gmr-GAL4/+; UAS-A12-SoxN/+, w; gmr-GAL4/+; UAS-A34-SoxN/+, w; gmr-GAL4/+; UAS-Ef1a48D-dsRNA/+, w; gmr-GAL4/+; UAS-A12-SoxN/UAS-Ef1a48D-dsRNA, and w; gmr-GAL4/+; UAS-A34-SoxN/UAS-Ef1a48D-dsRNA. Three independent experiments were performed.

    Journal: The Journal of Biological Chemistry

    Article Title: Expanded polyalanine tracts function as nuclear export signals and promote protein mislocalization via eEF1A1 factor

    doi: 10.1074/jbc.M116.763599

    Figure Lengend Snippet: Knockdown of Ef1a48D expression attenuated the expanded poly(A) SoxN toxicity by mediating its mislocalization. A, the effect of knockdown of eEF1A1 on poly(A)-SoxN-EGFP localization in SK-N-MC cells. Knockdown of eEF1A1 expression caused a nuclear enrichment of A34-SoxN-EGFP protein but had no effect on the subcellular localization of A12-SoxN-EGFP protein. The cell nuclei were stained with Hoechst 33342. Confocal images were acquired and processed using Olympus Fluoview FV1000 version 3.0.2.0 software. Red and green lines were drawn successively across individual cells in the confocal image, with matching plots on the right reporting fluorescence intensity. Scale bar, 10 μm. B, representative blots of the effect of eEF1A1 knockdown on the nuclear and cytoplasmic poly(A)-SoxN protein level. Histone (H3) was used as the nuclear marker. β-Tubulin served as the loading control. C, effect of Ef1a48D knockdown on poly(A)-SoxN toxicity. A34-SoxN expression caused a rough eye phenotype, whereas A12-SoxN and GAL4 driver-alone control did not. Knockdown of Ef1a48D rescued the eye phenotype induced by A34-SoxN. The images of external eyes were taken from 2 days post-eclosion flies. D, transcript levels of poly(A)-SoxN and Ef1a48D. The transcript levels of A12-SoxN and A34-SoxN and the knockdown efficiency of Ef1a48D in flies were detected using RT-PCR at 2 days post-eclosion. The flies were raised at 28 °C. The flies were of genotypes w; gmr-GAL4/+; +/+, w; gmr-GAL4/+; UAS-A12-SoxN/+, w; gmr-GAL4/+; UAS-A34-SoxN/+, w; gmr-GAL4/+; UAS-Ef1a48D-dsRNA/+, w; gmr-GAL4/+; UAS-A12-SoxN/UAS-Ef1a48D-dsRNA, and w; gmr-GAL4/+; UAS-A34-SoxN/UAS-Ef1a48D-dsRNA. Three independent experiments were performed.

    Article Snippet: The preactivation, photoactivation, and postactivation steps were controlled automatically by the time controller module of Olympus Fluoview version 2.0c software.

    Techniques: Expressing, Staining, Software, Fluorescence, Marker, Reverse Transcription Polymerase Chain Reaction