Heidelberg University Language and Cognition Lab

Data publications of the Heidelberg University Language and Cognition Lab.

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1 to 10 of 33 Results

A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data] Oct 14, 2022 Gerwien, Johannes; Stutterheim, Christiane v.; Rummel, Jan, 2022, "A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]", https://doi.org/10.11588/data/6USPPW, heiDATA, V1 This dataset was published as part of the supplementary material for the research article: Gerwien, J. & Stutterheim, C. v. & Rummel, J. (2022). What is the interference in "verbal interference"?. Acta Psychologica (230). We provide reaction time data from two language production...
Appendix A.pdf Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data] Adobe PDF - 129.6 KB - MD5: 22c8e55bdcb7593ff6d32181da535887
Appendix B.pdf Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data] Adobe PDF - 7.5 MB - MD5: 2aa1cfe9ef8aeddc58fcd4492f268624
Appendix C.pdf Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data] Adobe PDF - 1.1 MB - MD5: 46a82552def735bf786c1f839964e0d3
raw_data_X1.csv Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data] Comma Separated Values - 202.1 KB - MD5: 8ad4b59baf2e5470265138d6217d176e Data raw data obtained in Experiment 1
raw_data_X2.csv Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data] Comma Separated Values - 223.0 KB - MD5: 7afdddcaf17b3a2972e0d9b68ff838b9 Data raw data obtained in Experiment 2
X1_trimmed.csv Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data] Comma Separated Values - 314.4 KB - MD5: 2a3e174fc5c50f8c6e3b192779a6412c Data trimmed data Experiment 1. See article, section "statistical analysis" for details.
X2_trimmed.csv Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data] Comma Separated Values - 159.2 KB - MD5: c343ecb483faf5e81f35b9425d954136 Data trimmed data Experiment 2. See article, section "statistical analysis" for details.
Macro-event recognition in healthy aging, Alzheimer's disease, and mild cognitive impairment [Data] Oct 18, 2021 Kokje, Eesha; Gerwien, Johannes; Stutterheim, Christiane von, 2021, "Macro-event recognition in healthy aging, Alzheimer's disease, and mild cognitive impairment [Data]", https://doi.org/10.11588/data/HBDRBY, heiDATA, V1, UNF:6:GCBciA3UU6l8DlEK+BoTlw== [fileUNF] The data set contains the data associated with the study on "Macro-event recognition in healthy aging, Alzheimer's disease, and mild cognitive impairment". The files include the javascript codes for running the experiments, the data, and example stimuli.
Example Stimuli.docx Oct 18, 2021 - Macro-event recognition in healthy aging, Alzheimer's disease, and mild cognitive impairment [Data] MS Word - 576.1 KB - MD5: 857a90ad837ef63a267b3592bd8fd2d1 DataDocumentation

A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]

Oct 14, 2022

Gerwien, Johannes; Stutterheim, Christiane v.; Rummel, Jan, 2022, "A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]", https://doi.org/10.11588/data/6USPPW, heiDATA, V1

This dataset was published as part of the supplementary material for the research article: Gerwien, J. & Stutterheim, C. v. & Rummel, J. (2022). What is the interference in "verbal interference"?. Acta Psychologica (230). We provide reaction time data from two language production...

Appendix A.pdf

Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]

Adobe PDF - 129.6 KB -

Appendix B.pdf

Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]

Adobe PDF - 7.5 MB -

Appendix C.pdf

Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]

Adobe PDF - 1.1 MB -

raw_data_X1.csv

Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]

Comma Separated Values - 202.1 KB -

Data

raw data obtained in Experiment 1

raw_data_X2.csv

Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]

Comma Separated Values - 223.0 KB -

Data

raw data obtained in Experiment 2

X1_trimmed.csv

Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]

Comma Separated Values - 314.4 KB -

Data

trimmed data Experiment 1. See article, section "statistical analysis" for details.

X2_trimmed.csv

Oct 14, 2022 - A filled-up phonological buffer does not block conceptualization: evidence from a reaction time paradigm [Research Data]

Comma Separated Values - 159.2 KB -

Data

trimmed data Experiment 2. See article, section "statistical analysis" for details.

Macro-event recognition in healthy aging, Alzheimer's disease, and mild cognitive impairment [Data]

Oct 18, 2021

Kokje, Eesha; Gerwien, Johannes; Stutterheim, Christiane von, 2021, "Macro-event recognition in healthy aging, Alzheimer's disease, and mild cognitive impairment [Data]", https://doi.org/10.11588/data/HBDRBY, heiDATA, V1, UNF:6:GCBciA3UU6l8DlEK+BoTlw== [fileUNF]

The data set contains the data associated with the study on "Macro-event recognition in healthy aging, Alzheimer's disease, and mild cognitive impairment". The files include the javascript codes for running the experiments, the data, and example stimuli.

Example Stimuli.docx

Oct 18, 2021 - Macro-event recognition in healthy aging, Alzheimer's disease, and mild cognitive impairment [Data]

MS Word - 576.1 KB -

DataDocumentation

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