Recent
Research Projects and Publications
Machine Learning and Data
Assimilation for improving Air Quality Modelling
M. Xu, J. Jin, G. Wang, A Segers,
T. Deng, H.X. Lin (2021), Machine learning based bias
correction for numerical chemical transport models, Atmospheric
Environment, 118022
J. Jin,
H.X. Lin, A. Segers, Y. Xie,
A.W. Heemink (2019), Machine learning for observation bias correction with application to dust
storm data assimilation, Atmospheric Chemistry and Physics, Vol.19, pp. 10009—10026.
H.X. Lin, J. Jin,
H.J. van den Herik (2019), Air Quality
Forecast through Integrated Data Assimilation and Machine Learning, in Proc. 11th International Conference on
Agents and Artificial Intelligence (ICAART 2019).
T. Deng, A. Cheng, W. Han, H.X.
Lin (2019), Visibility Forecast for airport operations by LSTM Neural Network, in Proc. 11th
International Conference on Agents and Artificial Intelligence (ICAART 2019).
Spatially varying
parameter estimation for dust emissions using reduced-tangent-linearization
4DVar, Atmospheric
Environment, Vol.187, pp. 358-373.
G. Fu, F. Prata,
H.X. Lin, A.W. Heemink, S.
Lu, A.J. Segers (2017) Data assimilation for volcanic ash plumes using a
Satellite Observational Operator: a case study on the 2010 Eyjafjallajokull
volcanic eruption, Atmospheric Chemistry and Physics,
Vol17(2), pp. 1187—1205.
Estimation of volcanic ash emissions through
assimilating satellite data and ground-based observations 10971–10994.
G. Fu, A.W. Heemink, S. Lu,
A.J. Segers, K. Weber, H.X. Lin (2016) Model-based
aviation advice on distal volcanic ash clouds by assimilating aircraft in-situ
measurements, Atmospheric Chemistry and
Physics.
Machine
Learning Methods and other Applications
C. Xiao, O. Leeuwenburgh, H.X. Lin,
A.W. Heemink (2021), Conditioning of Deep-Learning
Surrogate Models to Image Data with Application to Reservoir Characterization, Knowledge
Based Systems.
C. Xiao, H.X. Lin, O. Leeuwenburgh, A.W. Heemink
(2022), Surrogate-assisted inversion for
large-scale history matching: comparative study between projection-based
reduced-order modelling and deep neural network, Journal
of Petroleum Science and Engineering.
J. Zhou, Y. Bai, Y. Guo,
H.X. Lin (2021), Intuitionistic Fuzzy Laplacian Twin Support Vector
Machine for Semi-supervised Classification, Journal of
Operations Research Society of China.
R. Liang, Y. Bai, H.X. Lin
(2019), A splitting method for the locality regularized
semi-supervised subspace clustering, Optimization.
An inexact splitting
method for the subspace segmentation from incomplete and noisy observations, Journal of Global Optimization, 73 (2), pp 411–429.
C. Xiao,
A.W. Heemink, H.X. Lin, O. Leeuwenburgh
(2020), Deep-Learning Inversion to Efficiently Handle Big-Data
Assimilation: Application to Seismic History Matching, Proceedings ECMOR XVII, Volume 2020, pp. 1-16.
Speech
Emotion Recognition Using Voiced Segment Selection Algorithm
A. van
Rossum, H.X. Lin, J. Dubbeldam, H.J. van den Herik (2016), Nonparametric Bayesian Line Detection
- Towards Proper Priors for Robotic Computer Vision, in Proc. 5th
International Conference on Pattern Recognition Applications and Methods
(ICPRAM 2016), pp.119-127. (Best Paper Award)
J. Zhou, T.J. Luo, H.X. Lin (2010),
A
novel
recommendation
system
with
collective
intelligence, Proceedings of the 2010 IEEE 2nd Symposium on Web Society.
S. Wang, G.H. Careira, H.X. Lin (2019), Exploring the Performance of Different On-Demand Transit Services Provided by a Fleet of Shared Automated Vehicles: An Agent-Based Model, Journal of Advanced Transportation
Power-Imbalance Allocation Control of Power Systems-Secondary Frequency Control, Automatica 92, pp. 72-85.
Analysis of
feed-in tariff policies for solar photovoltaic in China 2011–2016, Applied Energy, 203, pp.296-505.
Ongoing PhD Research Projects
- S. Wang, Exploring
the Impact of Shared, Electric and Automated Vehicles on the Urban Mobility by
Modeling and Simulation
- J. Verkaik, Parallel Simulation of Global Subsuface Water with MODFLOW (Collaboration: Utrecht
University, Deltares, TUD)
- Y. Huan, and L. Ye, Big Data, Integration of
EV battery as Virtual Storage for VREs (Collaboration: Leiden University, BIT,
TUD)
- X. Wang, Improving Global Tide and
Storm Surge Forecast (Collaboration: Deltares, TUD)
- T. Deng, and X. Li, Air Quality Forecast by Integrating Machine Learning
with Data Assimilation (Collaboration: TNO, TUD, Shandong University)
- Z. Yuan, Improving Retrieval of
Satellite Data using Data Assimilation and Deep Learning Methods
(Collaboration: Leiden University, SRON)
PhD dissertation in AI, Data
Assimilation: Air Quality, Renewable Energy and Mobility (2017-2021)
A.
van Rossum, Nonparametric Bayesian
Methods in Robotics, 2021,
promotores: J. van den Herik, H.X. Lin, 2021, Leiden University
X. Cong, DATA-DRIVEN Surrogate-assisted Reservoir History Matching, January 2021, promotores: A.W. Heemink, H.X.
Lin, TU Delft
J. Jin,
Dust Storm Emmission Inversion using Data
Assimilation, December 2019, promotores: H.X. Lin,
A.W. Heemink, TU Delft
Y. Gu,
Automatic Emotion Recognition from Mandarin Speech, November 2018, promotores: E. Postma, J. van den
Herik, H.X. Lin, Tilburg University
K. Xi, Power System
Stability and Frequency Control for Transient Performance Improvement, June
2018, H.X. Lin, J.H. van Schuppen, J. Dubbedlam, TU Delft
S. Lu, Variational
Data Assimilation of Satellite Observations to Estimate Volcanic Ash Emissions,
March 2017, promotores: H.X. Lin, A.W. Heemink, TU Delft
G. Fu, Improving Volcanic Ash
Forecasts with Ensemble-based Data Assimilation, January 2017, promotores: H.X. Lin, A.W. Heemink,
TU Delft
MSc thesis in AI (2018-2021)
P.O. Sturm, Advecting Superspecies - Reduced order modeling
of organic aerosols in LOTOS-EUROS using machine learning, 2021, TU Delft
B.X. van Leeuwen, Deepfake
Detection Using Convolutional Neural Networks Working - Towards Understanding
the Effects of Design Choices, 2020, TU Delft
R. Hegeman,
Predicting the air quality by combining model simulation with machine learning,
2020, TU Delft
T. Ament, GPU Implementation of Grid
Search based Feature Selection - Using Machine Learning to Predict Hydrocarbons
using High Dimensional Datasets, 2020, TU Delft
J. Huang, Machine
Learning Based Error Modelling for surrogate model in Oil Reservoir Problem,
2019, TU Delft
S. Guan, PM2.5
concentration predication and early warning system of extreme condition based
on the long short term memory recurrent neural network, 2018, TU Delft
Y. Xie,
Deep Learning Architectures for PM2.5 and Visibility Predictions, 2018, TU
Delft