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model implementation » modular implementation (Expand Search), world implementation (Expand Search), time implementation (Expand Search)
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python model » python code (Expand Search), action model (Expand Search), motion model (Expand Search)
model implementation » modular implementation (Expand Search), world implementation (Expand Search), time implementation (Expand Search)
tool implementation » world implementation (Expand Search), proof implementation (Expand Search), time implementation (Expand Search)
python model » python code (Expand Search), action model (Expand Search), motion model (Expand Search)
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101
Flowchart of Random Aggregate Placement Process.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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102
Splitting Specimen Aggregate Placement Area.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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103
Specimen for the splitting test.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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104
Example Diagram.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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105
Aggregate Measurement Image in IPP.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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106
Internal changes of the specimen of 0.82 to 0.84.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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107
Internal changes of the specimen of 0.86 to 0.88.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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108
Internal changes of the specimen of 0.7 to 0.75.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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109
Internal changes of the specimen of 0.87 to 0.9.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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110
Internal changes of the specimen of 0.74 to 0.76.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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111
Internal changes of the specimen 1.55 to 1.60.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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112
Internal changes of the specimen of 1.70 to 1.75.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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113
Internal changes of the specimen of 0.89 to 1.
Published 2025“…The ABAQUS finite – element software was used, and a random aggregate placement algorithm for RCA was implemented by writing the built – in scripting language Python to generate digital specimens. …”
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114
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115
Performance Benchmark: SBMLNetwork vs. SBMLDiagrams Auto-layout.
Published 2025“…<p>Log–log plot of median wall-clock time for SBMLNetwork’s C++-based auto-layout engine (blue circles, solid fit) and SBMLDiagrams’ implementation of the pure-Python NetworkX spring_layout algorithm (red squares, dashed fit), applied to synthetic SBML models containing 20–2,000 species, with a fixed 4:1 species-to-reaction ratio. …”
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116
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117
Number of tweets collected over time.
Published 2025“…Python algorithms were developed to model each primary collection type. …”
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118
Descriptive measures of the dataset.
Published 2025“…Python algorithms were developed to model each primary collection type. …”
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119
Corpora from the articles in order of size.
Published 2025“…Python algorithms were developed to model each primary collection type. …”
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120
Media information.
Published 2025“…Python algorithms were developed to model each primary collection type. …”