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University of Geneva

Academic institutioneurope · ch
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Research library186linked papers
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Selected work

Representative Papers

Estimating Individual Customer Lifetime Values with R: The CLVTools Package

Feb 10, 2026

This work proposes CLVTools, an open-source R package for customer lifetime value (CLV) modeling that addresses key challenges such as sparse transaction data and prediction horizons exceeding the observation window. Built upon probabilistic generative models—including Pareto/NBD and Gamma-Gamma—the toolkit integrates maximum likelihood estimation with Bayesian inference, and supports both time-invariant and time-varying covariates, parameter regularization, and equality constraints. Designed for robustness and computational efficiency, CLVTools delivers accurate individual-level CLV predictions even with limited data, while maintaining scalability to large datasets. By enhancing both predictive precision and data frugality, the package offers a practical and extensible solution for marketing decision-making.

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Parametric MMD Estimation with Missing Values: Robustness to Missingness and Data Model Misspecification

Mar 01, 2025

Parameter estimation under missing data is doubly sensitive to both misspecification of the underlying data model and deviations from standard missingness mechanisms (MCAR/MAR/MNAR) or Huber-type contamination. Method: This paper proposes a robust M-estimation framework grounded in the Maximum Mean Discrepancy (MMD), leveraging kernel embeddings and functional analysis tools. It avoids explicit specification of either the missingness mechanism or the full-data distribution. Contribution/Results: The method achieves joint robustness against both types of misspecification—theoretically guaranteeing strong consistency and asymptotic normality under MCAR. It yields a decomposable, explicit error bound that cleanly separates model misspecification error from missingness-induced bias. Moreover, it maintains controlled estimation error under MNAR and Huber contamination. By circumventing stringent modeling assumptions, the approach significantly enhances robustness and reliability in practical applications.

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Spatially Adaptive Noise Injection

Sep 16, 2026

该研究针对图像生成中噪声注入均匀性问题,提出空间自适应噪声注入(SANI)方法,动态调整每个像素的噪声应用,提升生成图像质量。

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Latest Papers

Spatially Adaptive Noise Injection

Sep 16, 2026

该研究针对图像生成中噪声注入均匀性问题,提出空间自适应噪声注入(SANI)方法,动态调整每个像素的噪声应用,提升生成图像质量。

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