Mixed Effect
Mixed effects modeling investigates how different factors influence an outcome, accounting for both fixed and random effects. Current research focuses on understanding the impact of various factors across diverse applications, employing diverse models such as deep neural networks, logistic regression, and random feature models, often within the context of interpretability and bias mitigation. This field is crucial for advancing understanding in various domains, from improving AI systems and human-computer interaction to enhancing medical diagnoses and optimizing industrial processes.
Papers
Guitar Pickups I: Analysis of the Effect of Winding and Wire Gauge on Single Coil Electric Guitar Pickups
Charles Batchelor, Jack Gooding, William Marriott, Nikola Chalashkanov, Nick Tucker, Rebecca Margetts
Investigating the Effect of Network Pruning on Performance and Interpretability
Jonathan von Rad, Florian Seuffert
The Effect of Perceptual Metrics on Music Representation Learning for Genre Classification
Tashi Namgyal, Alexander Hepburn, Raul Santos-Rodriguez, Valero Laparra, Jesus Malo
The Effect of Lossy Compression on 3D Medical Images Segmentation with Deep Learning
Anvar Kurmukov, Bogdan Zavolovich, Aleksandra Dalechina, Vladislav Proskurov, Boris Shirokikh
Understanding the Effects of the Baidu-ULTR Logging Policy on Two-Tower Models
Morris de Haan, Philipp Hager
A microscopic investigation of the effect of random envelope fluctuations on phoneme-in-noise perception
Alejandro Osses (LSP, DEC, ENS-PSL), Léo Varnet (LSP)
"A Woman is More Culturally Knowledgeable than A Man?": The Effect of Personas on Cultural Norm Interpretation in LLMs
Mahammed Kamruzzaman, Hieu Nguyen, Nazmul Hassan, Gene Louis Kim