Global ETD Search

Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.

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Showing 1 to 4 of 4 for “"Neural Biomarkers"”.

  1. From Neural Dynamics to Psychological Profiles: A Comprehensive Study of Anxiety in Young and Adult Individuals

    … approaches. This thesis indeed explores the neural underpinnings of trait and state anxiety using a multimodal approach, incorporating structural and functional neuroimaging techniques as well as machine learning methodologies, attempting to clarify the neural and psychological disruptions …

    trento Repository record for From Neural Dynamics to Psychological Profiles: A Comprehensive Study of Anxiety in Young and Adult Individuals (opens in a new tab)

  2. Neural processing of semantic content in movies

    … through eye movements. The full extent of neural responses to features such as motion, film cuts and eye movement behavior has not been established. The main hypothesis of this thesis is that complex multimodal and semantic stimuli in naturalistic movies engage a widespread ensemble of …

    cuny Repository record for Neural processing of semantic content in movies (opens in a new tab)

  3. Toward Robust and Generalizable Spatiotemporal Modeling for Tasks beyond Forecasting and Classification

    … spatial and temporal dependencies intrinsic to neural activity. In response, we propose a novel spatiotemporal deep learning model tailored for depression-related EEG analysis. The architecture integrates multiple trainable denoising modules within an end-to-end pipeline, reducing the need for …

    vt Repository record for Toward Robust and Generalizable Spatiotemporal Modeling for Tasks beyond Forecasting and Classification (opens in a new tab)

  4. Characterization of the Intrinsic Neural Timescale Indices as a Reliable Fingerprint of Brain Dynamics

    <p>Intrinsic neural timescales (INTs) characterize the persistence of neural activity over time and offer insight into the brain’s temporal hierarchy. This thesis evaluates and compares six autocorrelation-based INT metrics—AR(1) Coefficient (Autoregressive Coefficient at 1), First Zero Lag, Lag at …

    cuny Repository record for Characterization of the Intrinsic Neural Timescale Indices as a Reliable Fingerprint of Brain Dynamics (opens in a new tab)