3 |
Dardeno, Worden, Dervilis, Mills, Bull On the hierarchical Bayesian modelling of frequency response functions (2024) |
4 |
Bee, Poole, Worden, Dervilis, Bull Multitask feature selection within structural datasets (2024) |
12 |
Poole, Gardner, Dervilis, Bull, Worden On statistic alignment for domain adaptation in structural health monitoring (2023) |
13 |
Dardeno, Bull, Mills, Dervilis, Worden Hierarchical Bayesian Modelling of a Family of FRFs (2023) |
14 |
Gardner, Bull, Dervilis, Worden Domain-adapted Gaussian mixture models for population-based structural health monitoring (2022) |
15 |
Hughes, Bull, Gardner, Dervilis, Worden On robust risk-based active-learning algorithms for enhanced decision support (2022) |
16 |
Dardeno, Bull, Mills, Dervilis, Worden Modelling variability in vibration-based PBSHM via a generalised population form (2022) |
17 |
Bull, Dhada, Steinert, Lindgren, Parlikad, Duncan, Girolami Knowledge Transfer in Engineering Fleets: Hierarchical Bayesian Modelling for Multi-Task Learning (2022) |
18 |
Bull, Dervilis, Worden, Cross, Rogers A sampling-based approach for information-theoretic inspection management (2022) |
24 |
Gardner, Bull, Gosliga, Poole, Dervilis, Worden A population-based SHM methodology for heterogeneous structures: Transferring damage localisation knowledge between different aircraft wings (2022) |
25 |
Bull, Gardner, Rogers, Dervilis, Cross, Papatheou, Maguire, Campos, Worden Bayesian modelling of multivalued power curves from an operational wind farm (2022) |
27 |
Gardner, Bull, Dervilis, Worden On the application of kernelised Bayesian transfer learning to population-based structural health monitoring (2022) |
28 |
Hughes, Bull, Gardner, Barthorpe, Dervilis, Worden On risk-based active learning for structural health monitoring (2022) |
35 |
Gardner, Bull, Dervilis, Worden Overcoming the problem of repair in structural health monitoring: Metric-informed transfer learning (2021) |
37 |
Bull, Gardner, Dervilis, Papatheou, Haywood-alexander, Mills, Worden On the transfer of damage detectors between structures: An experimental case study (2021) |
38 |
Bull, Gardner, Rogers, Cross, Dervilis, Worden Probabilistic inference for structural health monitoring: new modes of learning from data (2021) |
39 |
Gardner, Bull, Gosliga, Dervilis, Worden Foundations of population-based SHM, Part III: Heterogeneous populations–Mapping and transfer (2021) |
40 |
Bull, Gardner, Gosliga, Rogers, Dervilis, Cross, Papatheou, Maguire, Campos, Worden Foundations of population-based SHM, Part I: Homogeneous populations and forms (2021) |
41 |
Gosliga, Gardner, Bull, Dervilis, Worden Foundations of Population-based SHM, Part II: Heterogeneous populations–Graphs, networks, and communities (2021) |
42 |
Gardner, Bull, Gosliga, Poole, Dervilis, Worden On a Population-Based Structural Health Monitoring Framework: An Aerospace Case Study (2021) |
43 |
Dardeno, Haywood-alexander, Mills, Bull, Dervilis, Worden Investigating the effects of ambient temperature on feature consistency in vibration-based SHM (2021) |
44 |
Dardeno, Bull, Dervilis, Worden Investigating experimental repeatability and feature consistency in vibration-based SHM (2021) |
45 |
Poole, Gardner, Dervilis, Bull, Worden On normalisation for domain adaptation in population-based structural health monitoring (2021) |
50 |
Zammit, Bull, Sanders, Galvin, Dervilis, Sidhu, Worden Towards the Probabilistic Analysis of Small Bowel Capsule Endoscopy Features to Predict Severity of Duodenal Histology in Patients with Villous Atrophy (2020) |
51 |
Worden, Bull, Gardner, Gosliga, Rogers, Cross, Papatheou, Lin, Dervilis A brief introduction to recent developments in population-based structural health monitoring (2020) |
53 |
Bull, Worden, Dervilis Towards semi-supervised and probabilistic classification in structural health monitoring (2020) |
59 |
Bull, Rogers, Wickramarachchi, Cross, Worden, Dervilis Probabilistic active learning: an online framework for structural health monitoring (2019) |
60 |
Bull, Worden, Fuentes, Manson, Cross, Dervilis Outlier ensembles: A robust method for damage detection and unsupervised feature extraction from high-dimensional data (2019) |
68 |
Bull, Worden, Manson, Dervilis Active learning for semi-supervised structural health monitoring (2018) |