6533b85bfe1ef96bd12bbf80
RESEARCH PRODUCT
A new approach for estimating a nonlinear growth component in multilevel modeling
Kirsti LonkaKatariina Salmela-aroMikko InkinenAsko TolvanenKai HakkarainenEsko LeskinenNoona Kiurusubject
ta112Social PsychologyComputation05 social sciencesMonte Carlo methodMultilevel model050401 social sciences methods050301 educationRegression analysisRandom effects modelGrowth curve (statistics)EducationNonlinear system0504 sociologyDevelopmental NeuroscienceComponent (UML)Developmental and Educational PsychologyEconometricsApplied mathematicsLife-span and Life-course StudiesPsychology0503 educationta515Social Sciences (miscellaneous)description
This study presents a new approach to estimation of a nonlinear growth curve component with fixed and random effects in multilevel modeling. This approach can be used to estimate change in longitudinal data, such as day-of-the-week fluctuation. The motivation of the new approach is to avoid spurious estimates in a random coefficient regression model due to the synchronized periodical effect (e.g., day-of-the-week fluctuation) appearing both in independent and dependent variables. First, the new approach is introduced. Second, a Monte Carlo simulation study is carried out to examine the functioning of the proposed new approach in the case of small sample sizes. Third, the use of the approach is illustrated by using an empirical example.
year | journal | country | edition | language |
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2011-07-01 | International Journal of Behavioral Development |