Tables Table 3.1. Total Studies in...

Tables

Table 3.1.

Total Studies in Innovation Ambidexterity per Year.

Table 3.2.

Most Cited Studies in Innovation Ambidexterity.

Table 3.3.

Top Prominent Authors in Innovation Ambidexterity.

Table 3.4.

Top Prominent Countries in Innovation Ambidexterity.

Table 3.5.

Top Prominent Journals in Innovation Ambidexterity.

Table 3.6.

An Overview of the High-Cited Papers in Innovation Ambidexterity.

Table 4.1.

Demographic Profile of Respondents.

Table 7.1.

The Highest Number of Documents of a Source.

144

Table 7.2.

The Most Highly Cited IoT Adoption Publications.

145

Table 7.3.

Clusters From Cited References.

147

Table 7.4.

Application Domains of the IoT.

148

Table 7.5.

Extracted Keywords.

150

Table 9.1.

Cronbach's Alpha for Each Independent Variable.

208

Table 9.2.

Descriptives and Correlations.

209

Table 9.3.

Coefficients of the Effects of Sustainable Human Resource Practices on Sustainable Behavior.

210

Table 9.4.

Coefficients of the Effects of Sustainable Human Resource Practices on Sustainability Knowledge of the Resort.

210

Table 9.5.

Coefficients of the Effects of Sustainable Human Resource Practices and Sustainability Knowledge on Sustainable Behavior.

211

Table A1.

Research Variables With Their Corresponding Items and Measurement Scales.

221

Table A2.

True or False Statements From the Online Questionnaire.

224

Table 10.1.

Comparison Review of Technological Transformation and Adoption in Supermarket and Online Retailer.

240

Table 11.1.

Model Reliability and Validity Test Results.

254

Table 11.2.

Divergent Validity Result Test.

255

Table 11.3.

Structural Model Coefficients and Model Fit Metrics.

256

Table 11.4.

Weights Related to the Middle Layer of the MLP Model.

257

Table 11.5.

The Importance of Each Independent Variable in Predicting the Dependent Variable.

257

Table 11.6.

Summary of Regression Model Test Results.

258

Table 11.7.

Comparison of the Predictive Power of the Models.

259

Table 12.1.

The Most Productive Countries Based on the Rate of Citation.

273

Table 12.2.

Most Cited Journals in SE Adoption.

274

Table 12.3.

Most Cited Articles in SE Adoption.

276

Table 12.4.

Co-Citation Network of Cited References in SE Adoption.

281

Table 12.5.

Theories Used in the SE Adoption.

285

Table 15.1.

Cross Loading Criterion for the Results of the Discriminant Validity.

342

Table 15.2.

Fornell and Larcker (1981) Criterion for the Results of Discriminant Validity.

343

Table 15.3.

Descriptive Statistics and Correlation of Constructs.

344

Table 15.4.

Results of the Model With Interaction Terms.

345

Table 15.5.

Results of Structural Model Assessment.

345

Table 15.6.

Assessment of Endogeneity Bias Using the Durbin-Wu-Hausman Test.

346

Table 15.7.

Assessment of Quadratic Effects.

347

Table 15.8.

Assessment of Unobserved Heterogeneity Using FIMIX-PLS.

348

Tables
Table 3.1.	Total Studies in Innovation Ambidexterity per Year.	25
Table 3.2.	Most Cited Studies in Innovation Ambidexterity.	26
Table 3.3.	Top Prominent Authors in Innovation Ambidexterity.	30
Table 3.4.	Top Prominent Countries in Innovation Ambidexterity.	31
Table 3.5.	Top Prominent Journals in Innovation Ambidexterity.	32
Table 3.6.	An Overview of the High-Cited Papers in Innovation Ambidexterity.	34
Table 4.1.	Demographic Profile of Respondents.	64
Table 7.1.	The Highest Number of Documents of a Source.	144
Table 7.2.	The Most Highly Cited IoT Adoption Publications.	145
Table 7.3.	Clusters From Cited References.	147
Table 7.4.	Application Domains of the IoT.	148
Table 7.5.	Extracted Keywords.	150
Table 9.1.	Cronbach's Alpha for Each Independent Variable.	208
Table 9.2.	Descriptives and Correlations.	209
Table 9.3.	Coefficients of the Effects of Sustainable Human Resource Practices on Sustainable Behavior.	210
Table 9.4.	Coefficients of the Effects of Sustainable Human Resource Practices on Sustainability Knowledge of the Resort.	210
Table 9.5.	Coefficients of the Effects of Sustainable Human Resource Practices and Sustainability Knowledge on Sustainable Behavior.	211
Table A1.	Research Variables With Their Corresponding Items and Measurement Scales.	221
Table A2.	True or False Statements From the Online Questionnaire.	224
Table 10.1.	Comparison Review of Technological Transformation and Adoption in Supermarket and Online Retailer.	240
Table 11.1.	Model Reliability and Validity Test Results.	254
Table 11.2.	Divergent Validity Result Test.	255
Table 11.3.	Structural Model Coefficients and Model Fit Metrics.	256
Table 11.4.	Weights Related to the Middle Layer of the MLP Model.	257
Table 11.5.	The Importance of Each Independent Variable in Predicting the Dependent Variable.	257
Table 11.6.	Summary of Regression Model Test Results.	258
Table 11.7.	Comparison of the Predictive Power of the Models.	259
Table 12.1.	The Most Productive Countries Based on the Rate of Citation.	273
Table 12.2.	Most Cited Journals in SE Adoption.	274
Table 12.3.	Most Cited Articles in SE Adoption.	276
Table 12.4.	Co-Citation Network of Cited References in SE Adoption.	281
Table 12.5.	Theories Used in the SE Adoption.	285
Table 15.1.	Cross Loading Criterion for the Results of the Discriminant Validity.	342
Table 15.2.	Fornell and Larcker (1981) Criterion for the Results of Discriminant Validity.	343
Table 15.3.	Descriptive Statistics and Correlation of Constructs.	344
Table 15.4.	Results of the Model With Interaction Terms.	345
Table 15.5.	Results of Structural Model Assessment.	345
Table 15.6.	Assessment of Endogeneity Bias Using the Durbin-Wu-Hausman Test.	346
Table 15.7.	Assessment of Quadratic Effects.	347
Table 15.8.	Assessment of Unobserved Heterogeneity Using FIMIX-PLS.	348

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