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4,431 to 4,440 of 7,428 Results

vinv5mm_BK101_rec500um_decim250um_wsen0p5_chi0p5_tvar_total_field_mag.txt Jan 4, 2022 - Replication Data for: 3D joint inversion of scanning magnetic microscopy data Plain Text - 1.8 MB - MD5: 5c5ed9a4c1466ef4a8caf55b32a058c5 Model B predicted field
Eye-tracking data for classification of geometric shapes Dec 21, 2021 Kaspersen, Eivind, 2021, "Eye-tracking data for classification of geometric shapes", https://doi.org/10.18710/TEJDSF, DataverseNO, V1 Eye-tracking data for geometric classification tasks for abstract and non-abstract thinking. How to develop and assess abstraction processes are longstanding methodical problems in mathematics education. Recently, the advent of eye tracking technology has spurred a discussion about whether eye movement analysis can support valid inferences about ma...
00README.txt Dec 21, 2021 - Eye-tracking data for classification of geometric shapes Plain Text - 4.8 KB - MD5: ffc314d045e835ff2f35ea06a26516df
data.txt Dec 21, 2021 - Eye-tracking data for classification of geometric shapes Plain Text - 2.7 KB - MD5: 46bf073dfc08f8a05eb069b8846fe986
data.xlsx Dec 21, 2021 - Eye-tracking data for classification of geometric shapes MS Excel Spreadsheet - 70.2 KB - MD5: d466a0a221e62e73053d528e2db736a5
Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’ Dec 17, 2021 Bremnes, Heming Strømholt, 2021, "Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’", https://doi.org/10.18710/M6VT6Z, DataverseNO, V1 Different classes of quantifiers provably require different verification algorithms with different complexity profiles. The algorithm for proportional quantifiers, like `most', is more complex than that for nonproportional quantifiers, like `all' and `three'. We tested the hypothesis that different complexity profiles affect ERP responses during se...
00-Read_Me.txt Dec 17, 2021 - Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’ Plain Text - 5.3 KB - MD5: ec1bcf1ebc5e926b269c2f111360d948
average_collector.m Dec 17, 2021 - Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’ Plain Text - 522 B - MD5: 3dea57212d2b13296fc265c37a048247
average_retriever.m Dec 17, 2021 - Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’ Plain Text - 513 B - MD5: cb72c6e27809d038026c62f150a529a8
Behavioral_Exp1_Script.R Dec 17, 2021 - Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’ R Syntax - 1.2 KB - MD5: f428a1c83772d1acfdf19f86d4e9239d

vinv5mm_BK101_rec500um_decim250um_wsen0p5_chi0p5_tvar_total_field_mag.txt

Jan 4, 2022 - Replication Data for: 3D joint inversion of scanning magnetic microscopy data

Plain Text - 1.8 MB -

Model B predicted field

Eye-tracking data for classification of geometric shapes

Dec 21, 2021

Kaspersen, Eivind, 2021, "Eye-tracking data for classification of geometric shapes", https://doi.org/10.18710/TEJDSF, DataverseNO, V1

Eye-tracking data for geometric classification tasks for abstract and non-abstract thinking. How to develop and assess abstraction processes are longstanding methodical problems in mathematics education. Recently, the advent of eye tracking technology has spurred a discussion about whether eye movement analysis can support valid inferences about ma...

00README.txt

Dec 21, 2021 - Eye-tracking data for classification of geometric shapes

Plain Text - 4.8 KB -

data.txt

Dec 21, 2021 - Eye-tracking data for classification of geometric shapes

Plain Text - 2.7 KB -

data.xlsx

Dec 21, 2021 - Eye-tracking data for classification of geometric shapes

MS Excel Spreadsheet - 70.2 KB -

Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’

Dec 17, 2021

Bremnes, Heming Strømholt, 2021, "Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’", https://doi.org/10.18710/M6VT6Z, DataverseNO, V1

Different classes of quantifiers provably require different verification algorithms with different complexity profiles. The algorithm for proportional quantifiers, like `most', is more complex than that for nonproportional quantifiers, like `all' and `three'. We tested the hypothesis that different complexity profiles affect ERP responses during se...

00-Read_Me.txt

Dec 17, 2021 - Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’

Plain Text - 5.3 KB -

average_collector.m

Dec 17, 2021 - Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’

Plain Text - 522 B -

average_retriever.m

Dec 17, 2021 - Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’

Plain Text - 513 B -

Behavioral_Exp1_Script.R

Dec 17, 2021 - Data for ‘Computational Complexity Explains Neural Differences in Quantifier Verification’

R Syntax - 1.2 KB -

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