Search alternatives:
study algorithm » wsindy algorithm (Expand Search), td3 algorithm (Expand Search), seu algorithm (Expand Search)
code algorithm » cosine algorithm (Expand Search), novel algorithm (Expand Search), monte algorithm (Expand Search)
data modbo » data model (Expand Search)
data code » data model (Expand Search), data came (Expand Search)
study algorithm » wsindy algorithm (Expand Search), td3 algorithm (Expand Search), seu algorithm (Expand Search)
code algorithm » cosine algorithm (Expand Search), novel algorithm (Expand Search), monte algorithm (Expand Search)
data modbo » data model (Expand Search)
data code » data model (Expand Search), data came (Expand Search)
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G R code algorithm.
Published 2024“…The algorithm was developed and coded in Verilog and simulated using Modelsim. …”
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Codes for high-order analytical continuation algorithms based on direct derivation and recursion methods
Published 2024“…The high-order continuation receives far less attention than the one-order analytical continuation nowadays. This study delves into the high-order analytical continuation algorithm, with a particular focus on the computation of its high-order radial derivatives. …”
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Code and data.
Published 2025“…We suggest that the metaphor of discrete echo chambers may be inappropriate for meta-opinions: while measures of meta-opinion accuracy and its influences can reveal echo chamber characteristics where other metrics confirm their presence, the presence or absence of meta-opinion clusters is not itself sufficient to define an echo chamber. We publish both data and analysis code as supplementary material.…”
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Dual deconvolution algorithm: analysis code with experimental data
Published 2025“…<p dir="ltr">This software package provides key algorithms for dual-deconvolution microscopy analysis, along with both experimental and numerical data. …”
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The_Code_for_High_Order_Analytical_Continuation
Published 2024“…The high-order continuation receives far less attention than the one-order analytical continuation nowadays. This study delves into the high-order analytical continuation algorithm, with a particular focus on the computation of its high-order radial derivatives. …”
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