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This book covers mixed-mode data collection methods and its consequence for the survey process from design, data collection, and estimation. It is an invaluable resource for professionals involved in survey research and analysis, graduate students of survey methodology and academics working in the area.
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This book covers mixed-mode data collection methods and its consequence for the survey process from design, data collection, and estimation. It is an invaluable resource for professionals involved in survey research and analysis, graduate students of survey methodology and academics working in the area.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Produktdetails
- Produktdetails
- Verlag: Chapman and Hall/CRC
- Seitenzahl: 328
- Erscheinungstermin: 25. September 2023
- Englisch
- Abmessung: 254mm x 178mm x 18mm
- Gewicht: 619g
- ISBN-13: 9781032102962
- ISBN-10: 1032102969
- Artikelnr.: 69899439
- Verlag: Chapman and Hall/CRC
- Seitenzahl: 328
- Erscheinungstermin: 25. September 2023
- Englisch
- Abmessung: 254mm x 178mm x 18mm
- Gewicht: 619g
- ISBN-13: 9781032102962
- ISBN-10: 1032102969
- Artikelnr.: 69899439
Bart Buelens - Bart Buelens has worked in data analytics after graduating in mathematics and obtaining a PhD in computer science. As statistician and data scientist at Statistics Netherlands he conducted research on inference in mixed-mode surveys, model-based estimation and machine learning. In 2018 he moved to VITO, a Belgian research and technology organization, where he contributes to data science research in the area of sustainability with emphasis on applied artificial intelligence. Jan van den Brakel - After finishing a Master in Biometrics, Jan van den Brakel started as a junior methodologist at the Methodology Department of Statistics Netherlands in 1994. Based on his research work at Statistics Netherlands on design-based inference methods for randomized experiments embedded in probability samples he finalized his PhD in Statistics in 2001. In 2005 he became senior methodologist, responsible for coordinating research into model based inference methods. Since 2010 he is an Extended professor of Survey Methodology at Maastricht University. His research interest are sampling, design and analysis of experiments, small area estimation, time series analysis and statistical methods for measuring the effects of redesigns of repeated surveys. Deirdre Giesen - Deirdre Giesen holds a master in health sciences and in sociology. She has worked as a survey methodologist at Statistics Netherlands since 2000. She is a senior methodologist and responsible for coordination of cognitive lab/userlab tests at Statistics Netherlands. Part of her work is pre-testing and evaluating questionnaires, both for businesses and household surveys. Her research interests include questionnaire testing methodology, mixed-mode mixed-device questionnaire development and the measurement and reduction of response burden. Annemieke Luiten - Annemieke Luiten holds a Master in psychology and a PhD in survey methodology. She is a senior methodologist at Statistics Netherlands, with a specialty in data collection methodology. Her research areas comprise nonresponse reduction, fieldwork, interviewer behavior, mixed mode-surveys and the role of sensor measurement in surveys. Barry Schouten - After a Master and PhD in Mathematics, Barry Schouten started as junior methodologist at the Methodology Department of Statistics Netherlands in 2002. In 2009, he became a senior methodologist and coordinator for research into primary data collection. His research interests gradually widened from nonresponse reduction and adjustment to multi-mode surveys, measurement error and adaptive survey design. In 2017, he became a professor at Utrecht University, holding a special chair on mixed-mode survey designs. He is one of the coordinators of a joint data collection innovation network (WIN in Dutch) between Statistics Netherlands and Utrecht University that was established in 2016. Vivian Meertens - Vivian Meertens holds a Master and PhD in Sociology at the University Medical Centre Nijmegen and Interuniversity Centre for Social Theory and Methodology (ICS). After some years working as an associate professor at the department of Social Medical Science, she started as a survey methodologist at Statistics Netherlands in 2007. She has worked on pre-testing and evaluating of mixed mode and mixed device questionnaires for household surveys. Her research interest focuses on developments and pre-testing of several European model questionnaires measuring social phenomena to produce (inter) national social statistics.
1. Foreword to Mixed
Mode Official Surveys: Design and Analysis 2. Designing mixed
mode surveys 3. Mode
specific measurement effects 4. Mode
specific selection effects 5. Mixed
mode data collection design 6. Mixed
mode questionnaire design 7. Field tests and implementation of mixed
mode surveys 8. Re
interview designs to disentangle and adjust for mode effects 9. Mixed
mode data analysis 10. Multi
device surveys 11. Adaptive mixed
mode survey designs 12. The future of mixed
mode surveys 13. References
Mode Official Surveys: Design and Analysis 2. Designing mixed
mode surveys 3. Mode
specific measurement effects 4. Mode
specific selection effects 5. Mixed
mode data collection design 6. Mixed
mode questionnaire design 7. Field tests and implementation of mixed
mode surveys 8. Re
interview designs to disentangle and adjust for mode effects 9. Mixed
mode data analysis 10. Multi
device surveys 11. Adaptive mixed
mode survey designs 12. The future of mixed
mode surveys 13. References
1. Foreword to Mixed-Mode Official Surveys: Design and Analysis
2. Designing mixed-mode surveys
3. Mode-specific measurement effects
4. Mode-specific selection effects
5. Mixed-mode data collection design
6. Mixed-mode questionnaire design
7. Field tests and implementation of mixed-mode surveys
8. Re-interview designs to disentangle and adjust for mode effects
9. Mixed-mode data analysis
10. Multi-device surveys
11. Adaptive mixed-mode survey designs
12. The future of mixed-mode surveys
13. References
2. Designing mixed-mode surveys
3. Mode-specific measurement effects
4. Mode-specific selection effects
5. Mixed-mode data collection design
6. Mixed-mode questionnaire design
7. Field tests and implementation of mixed-mode surveys
8. Re-interview designs to disentangle and adjust for mode effects
9. Mixed-mode data analysis
10. Multi-device surveys
11. Adaptive mixed-mode survey designs
12. The future of mixed-mode surveys
13. References
1. Foreword to Mixed
Mode Official Surveys: Design and Analysis 2. Designing mixed
mode surveys 3. Mode
specific measurement effects 4. Mode
specific selection effects 5. Mixed
mode data collection design 6. Mixed
mode questionnaire design 7. Field tests and implementation of mixed
mode surveys 8. Re
interview designs to disentangle and adjust for mode effects 9. Mixed
mode data analysis 10. Multi
device surveys 11. Adaptive mixed
mode survey designs 12. The future of mixed
mode surveys 13. References
Mode Official Surveys: Design and Analysis 2. Designing mixed
mode surveys 3. Mode
specific measurement effects 4. Mode
specific selection effects 5. Mixed
mode data collection design 6. Mixed
mode questionnaire design 7. Field tests and implementation of mixed
mode surveys 8. Re
interview designs to disentangle and adjust for mode effects 9. Mixed
mode data analysis 10. Multi
device surveys 11. Adaptive mixed
mode survey designs 12. The future of mixed
mode surveys 13. References
1. Foreword to Mixed-Mode Official Surveys: Design and Analysis
2. Designing mixed-mode surveys
3. Mode-specific measurement effects
4. Mode-specific selection effects
5. Mixed-mode data collection design
6. Mixed-mode questionnaire design
7. Field tests and implementation of mixed-mode surveys
8. Re-interview designs to disentangle and adjust for mode effects
9. Mixed-mode data analysis
10. Multi-device surveys
11. Adaptive mixed-mode survey designs
12. The future of mixed-mode surveys
13. References
2. Designing mixed-mode surveys
3. Mode-specific measurement effects
4. Mode-specific selection effects
5. Mixed-mode data collection design
6. Mixed-mode questionnaire design
7. Field tests and implementation of mixed-mode surveys
8. Re-interview designs to disentangle and adjust for mode effects
9. Mixed-mode data analysis
10. Multi-device surveys
11. Adaptive mixed-mode survey designs
12. The future of mixed-mode surveys
13. References