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a/b-testingvsmodellvalidering

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A/B testing and modellvalidering (model validation) intersect critically in marketing, business, and digital strategy through their shared goal of ensuring data-driven decisions are reliable and effective. Specifically, A/B testing serves as an experimental framework to compare different versions of marketing elements (e.g., webpages, ads, emails) by measuring real user responses. Modellvalidering complements this by rigorously assessing the predictive models or algorithms that interpret A/B test results or forecast customer behavior. For instance, when a machine learning model predicts which variant will perform better, modellvalidering techniques—such as cross-validation or holdout testing—ensure that these predictions generalize beyond the sample data and are not overfitted. This validation step is crucial before deploying models that optimize or automate A/B test decisions at scale. Conversely, A/B testing provides empirical ground truth data that can be used to validate and recalibrate models over time, creating a feedback loop that enhances model accuracy and business outcomes. In digital strategy, this synergy allows marketers to move beyond simple hypothesis testing towards integrating predictive analytics with experimental validation, enabling more confident, scalable, and adaptive decision-making.

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a/b-testing

noun/ˌeɪˈbiː ˈtɛstɪŋ/

A method of comparing two versions of a webpage or app against each other to determine which one performs better in terms of user engagement or conversion rates.

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modellvalidering

noun/ˈmʊdɛlˌvɑːlidɛrɪŋ/

The process of evaluating a model to determine whether it accurately represents the real-world system or phenomenon it is intended to simulate or predict.

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