Final model and statistical results of each movement variability dependent variable.

The results of the multiplicative model for the OADA including all individual-level variables.

Mason Youngblood (6298547)

February 2019

The results of the multiplicative model for the OADA including all individual-level variables.</p

Results of multiple regression analyses.

Lucie Ménard (586189)
Pamela Trudeau-Fisette (3127155)
Mark Kenneth Tiede (13804806)

September 2022

The dependent variable is the percentage of transmitted information for each feature.</p

Descriptive statistics of variables used in Study 1 (based on the sample for model 4).

Suzanne Horwitz (5870564)
Balázs Kovács (143889)

October 2018

Descriptive statistics of variables used in Study 1 (based on the sample for model 4).</p

Final model and statistical results of each general performance kinematic dependent variable.

Christopher K. Rhea (12900711)
Masahiro Yamada (2668780)
Nikita A. Kuznetsov (24651)
Jason T. Jakiela (14266161)
Chanel T. LoJacono (14266164)
Scott E. Ross (14266167)
F. J. Haran (14266170)
Jason M. Bailie (7864580)
W. Geoffrey Wright (12543725)

December 2022

Final model and statistical results of each general performance kinematic dependent variable.</p

Summary of results of statistical analysis and model equations for the measured responses.

Ho Yong Son (6054086)
Bo Ram Chae (6054089)
Ji Yeh Choi (6054092)
Dong Jun Shin (6054095)
Yoon Tae Goo (6054098)
Eun Seok Lee (6054101)
Tae Hoon Kang (6054104)
Chang Hyun Kim (1993978)
Ho Yub Yoon (1469302)
Young Wook Choi (1469293)

December 2018

Summary of results of statistical analysis and model equations for the measured responses.</p

Final multiple regression model using follow-up social functioning as the dependent variable.

Henning Johannes Drews (5698400)
Christian Dirk Wiesner (3708337)
Christina Bethke-Jaenicke (5698403)
Sara Lena Weinhold (5698406)
Paul Christian Baier (377303)
Robert Göder (528203)

August 2018

Final multiple regression model using follow-up social functioning as the dependent variable.</p

Statistical results comparing each dependent variable across stimulations within each muscle tested.

Nathanial R. Eckert (3177852)
Brach Poston (3177858)
Zachary A. Riley (3177855)

April 2018

Statistical results comparing each dependent variable across stimulations within each muscle test...

Final Path Model (standardized regression coefficients and correlation between variables).

Xiaohua Ye (381307)
Zhenjiang Yao (486263)
Weidong Liu (444731)
Yanping Fan (281520)
Ya Xu (612017)
Sidong Chen (381988)

August 2014

Final Path Model (standardized regression coefficients and correlation between variables).</p

Results of the emotional reaction outcome and recall in the analysis of variance models.

Laura Prieto-Pinto (6680828)
María Fernanda Lara-Díaz (6680831)
Nathaly Garzón-Orjuela (6680834)
Dayanne Herrera (6680837)
Carol Páez-Canro (6680840)
Jorge Humberto Reyes (6680843)
Lina González-Gordon (6680846)
Viviana Jiménez-Murcia (6680849)
Javier Eslava-Schmalbach (168864)

May 2019

Results of the emotional reaction outcome and recall in the analysis of variance models.</p

Results of the regression coefficient significance test between each variable and the dependent variable.

Mengyi Lin (14080976)
Zhaoyang Meng (3020508)
Caisheng Luo (16949309)
Yingjiao Chen (13258665)

September 2023

Results of the regression coefficient significance test between each variable and the dependent vari...

Results of the Statistical Analysis on all the responses with condition as the independent variable.

Pierre Bourdin (3625511)
Itxaso Barberia (445798)
Ramon Oliva (3625514)
Mel Slater (42837)

January 2017

Results of the Statistical Analysis on all the responses with condition as the independent variab...

Variable weights calculated for each explanatory variable in the full models for abundance.

Ashley B. Bennett (653971)
Sarah Lovell (6331280)

February 2019

Variable weights calculated for each explanatory variable in the full models for abundance.</p

Mean and standard deviations and statistical result for the dependent variables of study 2.

Erika Borkoles (5146709)
Mariana Kaiseler (5146712)
Andrew Evans (16657)
Chantal F. Ski (454448)
David R. Thompson (195599)
Remco C. J. Polman (813963)

April 2018

Mean and standard deviations and statistical result for the dependent variables of study 2.</p

Analysis of variance data for the model prediction of weight loss percentage and cumulative release percentage.

Gayathri Acharya (310576)
Chi H. Lee (310578)
Yugyung Lee (310580)

February 2013

Analysis of variance data for the model prediction of weight loss percentage and cumulative relea...

Results of the logistic regression analyses with the outcome of the decision being positive as the dependent variable.

Gergő Merész (14573448)
Péter Gaál (4590235)

February 2023

Results of the logistic regression analyses with the outcome of the decision being positive as the d...

The results of the multiplicative model for the OADA including all individual-level variables.

Mason Youngblood (6298547)

February 2019

The results of the multiplicative model for the OADA including all individual-level variables.</p

Results of multiple regression analyses.

Lucie Ménard (586189)
Pamela Trudeau-Fisette (3127155)
Mark Kenneth Tiede (13804806)

September 2022

The dependent variable is the percentage of transmitted information for each feature.</p

Descriptive statistics of variables used in Study 1 (based on the sample for model 4).

Suzanne Horwitz (5870564)
Balázs Kovács (143889)

October 2018

Descriptive statistics of variables used in Study 1 (based on the sample for model 4).</p

Final model and statistical results of each general performance kinematic dependent variable.

Christopher K. Rhea (12900711)
Masahiro Yamada (2668780)
Nikita A. Kuznetsov (24651)
Jason T. Jakiela (14266161)
Chanel T. LoJacono (14266164)
Scott E. Ross (14266167)
F. J. Haran (14266170)
Jason M. Bailie (7864580)
W. Geoffrey Wright (12543725)

December 2022

Final model and statistical results of each general performance kinematic dependent variable.</p

Summary of results of statistical analysis and model equations for the measured responses.

Ho Yong Son (6054086)
Bo Ram Chae (6054089)
Ji Yeh Choi (6054092)
Dong Jun Shin (6054095)
Yoon Tae Goo (6054098)
Eun Seok Lee (6054101)
Tae Hoon Kang (6054104)
Chang Hyun Kim (1993978)
Ho Yub Yoon (1469302)
Young Wook Choi (1469293)

December 2018

Summary of results of statistical analysis and model equations for the measured responses.</p

Final multiple regression model using follow-up social functioning as the dependent variable.

Henning Johannes Drews (5698400)
Christian Dirk Wiesner (3708337)
Christina Bethke-Jaenicke (5698403)
Sara Lena Weinhold (5698406)
Paul Christian Baier (377303)
Robert Göder (528203)

August 2018

Final multiple regression model using follow-up social functioning as the dependent variable.</p

Statistical results comparing each dependent variable across stimulations within each muscle tested.

Nathanial R. Eckert (3177852)
Brach Poston (3177858)
Zachary A. Riley (3177855)

April 2018

Statistical results comparing each dependent variable across stimulations within each muscle test...

Final Path Model (standardized regression coefficients and correlation between variables).

Xiaohua Ye (381307)
Zhenjiang Yao (486263)
Weidong Liu (444731)
Yanping Fan (281520)
Ya Xu (612017)
Sidong Chen (381988)

August 2014

Final Path Model (standardized regression coefficients and correlation between variables).</p

Results of the emotional reaction outcome and recall in the analysis of variance models.

Laura Prieto-Pinto (6680828)
María Fernanda Lara-Díaz (6680831)
Nathaly Garzón-Orjuela (6680834)
Dayanne Herrera (6680837)
Carol Páez-Canro (6680840)
Jorge Humberto Reyes (6680843)
Lina González-Gordon (6680846)
Viviana Jiménez-Murcia (6680849)
Javier Eslava-Schmalbach (168864)

May 2019

Results of the emotional reaction outcome and recall in the analysis of variance models.</p

Results of the regression coefficient significance test between each variable and the dependent variable.

Mengyi Lin (14080976)
Zhaoyang Meng (3020508)
Caisheng Luo (16949309)
Yingjiao Chen (13258665)

September 2023

Results of the regression coefficient significance test between each variable and the dependent vari...

Results of the Statistical Analysis on all the responses with condition as the independent variable.

Pierre Bourdin (3625511)
Itxaso Barberia (445798)
Ramon Oliva (3625514)
Mel Slater (42837)

January 2017

Results of the Statistical Analysis on all the responses with condition as the independent variab...

Variable weights calculated for each explanatory variable in the full models for abundance.

Ashley B. Bennett (653971)
Sarah Lovell (6331280)

February 2019

Variable weights calculated for each explanatory variable in the full models for abundance.</p

Mean and standard deviations and statistical result for the dependent variables of study 2.

Erika Borkoles (5146709)
Mariana Kaiseler (5146712)
Andrew Evans (16657)
Chantal F. Ski (454448)
David R. Thompson (195599)
Remco C. J. Polman (813963)

April 2018

Mean and standard deviations and statistical result for the dependent variables of study 2.</p

Analysis of variance data for the model prediction of weight loss percentage and cumulative release percentage.

Gayathri Acharya (310576)
Chi H. Lee (310578)
Yugyung Lee (310580)

February 2013

Analysis of variance data for the model prediction of weight loss percentage and cumulative relea...

Results of the logistic regression analyses with the outcome of the decision being positive as the dependent variable.

Gergő Merész (14573448)
Péter Gaál (4590235)

February 2023

Results of the logistic regression analyses with the outcome of the decision being positive as the d...

The results of the multiplicative model for the OADA including all individual-level variables.

Mason Youngblood (6298547)

February 2019

The results of the multiplicative model for the OADA including all individual-level variables.</p

Results of multiple regression analyses.

Lucie Ménard (586189)
Pamela Trudeau-Fisette (3127155)
Mark Kenneth Tiede (13804806)

September 2022

The dependent variable is the percentage of transmitted information for each feature.</p

Descriptive statistics of variables used in Study 1 (based on the sample for model 4).

Suzanne Horwitz (5870564)
Balázs Kovács (143889)

October 2018

Descriptive statistics of variables used in Study 1 (based on the sample for model 4).</p

Final model and statistical results of each movement variability dependent variable.

Abstract

Extracted data

Final model and statistical results of each movement variability dependent variable.

Abstract

Extracted data

Related items

Related items