Tag: MachineLearning

Speaking at NeurIPS 2026: World Models for High-Stakes Health

Speaking at NeurIPS 2026: World Models for High-Stakes Health

I am excited to share that I will be speaking at the upcoming NeurIPS 2026 Workshop on World Models for High-Stakes Health (WMHS) in Atlanta, Georgia on December 12, 2026.

Healthcare has leveraged machine learning to model disease progression, treatment outcomes, and operations for decades. However, the emerging frontier is whether world models can reliably generalize across heterogeneous patient populations, complex interventions, clinical workflows, and diverse care settings—while remaining rigorous and precise about uncertainty and the deep biological unknowns inherent in clinical data.

“For me, the key opportunity is not simply better prediction. It is creating systems that continuously learn from decisions, observations, outcomes, and feedback. If successful, world models could become a foundation for patient simulation, clinical development intelligence, and more adaptive healthcare systems.”

The workshop convenes leading researchers and practitioners across machine learning, clinical development, and trustworthy AI to explore:

  • Patient World Models: Learning from longitudinal, multimodal clinical data and patient timelines.
  • Clinical Trial Simulation: Virtual trial arms, synthetic controls, and external control cohorts to de-risk development.
  • Intervention-Aware Reasoning: Counterfactual outcome prediction, causal representation learning, and treatment effect modelling.
  • Continuous Learning Loops: Closing the gap between predictions, decisions, real-world observations, and model refinement.

I look forward to discussing both the immense opportunities and the open challenges with an exceptional community of collaborators and organizers from Novartis, IQVIA, GSK, AstraZeneca, Microsoft, NVIDIA, University of Toronto / Vector Institute, Columbia, and Oxford.

For more details on the program and call for papers, visit the WMHS @ NeurIPS 2026 website, or join the discussion on LinkedIn.

Evaluating Machine Learning models when dealing with imbalanced classes

Evaluating Machine Learning models when dealing with imbalanced classes

In this blog post I talk through an example of how to pick the best model when you deal with these kind of problems. I also touch the subject of cost-sensitive predictions, introducing some code to generate plots that will help you understand your model in cost fashion. Even more important, it will be essential for grasping the full business impact when moving to a data driven world!

#DataScience #R #MachineLearning #AzureML




Evaluating Machine Learning models when dealing with imbalanced classes – Developing Analytics Solutions with the Data Insights Global Practice – Site Home – MSDN Blogs

Sander Timmer, PhD. In real-world Machine Learning scenarios, especially those driven by IoT that are constantly generating data, a common problem is having an imbalanced dataset. This means, we have far more data representing one outcome class than the other. For example, when doing predictive …

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Using Azure Machine Learning Notebooks for Quality Control of Automated Predictive Pipelines

Using Azure Machine Learning Notebooks for Quality Control of Automated Predictive Pipelines

When building an automated predictive pipeline, to have periodically batch-wise score new data, there is a need to control for quality of the predictions. The Azure Data Factory (ADF) pipeline will help you ensure that your whole data set gets scored. However, this is not taking into consideration that data can change over time. For example, when predicting churn changes in your website or service offerings could change customer behavior in such a way that retraining of the original model is needed. In this blog post I show how you can use #Jupyter Notebooks in +Microsoft Azure Machine Learning (AML) to get a more systematic view on the (predictive) performance of your automated predictive pipelines.

#DataScience #MachineLearning #Azure #AzureDataFactory #Python #Notebook




Using Azure Machine Learning Notebooks for Quality Control of Automated Predictive Pipelines – Developing Analytics Solutions with the Data Insights Global Practice – Site Home – MSDN Blogs

By Sander Timmer, PhD, Data Scientist. When building an automated predictive pipeline to have periodically batch-wise score new data there is a need to control for quality of the predictions. The Azure Data Factory (ADF) pipeline will help you ensure that your whole data set gets scored.

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Machine Learning in the cloud, the easy way. I can tell, from experience, that having a simple model up and running will cost no-more than 10 minutes. Super excited to see what kind of tools will popup in the marketplace in the comings weeks.

Machine Learning in the cloud, the easy way. I can tell, from experience, that having a simple model up and running will cost no-more than 10 minutes. Super excited to see what kind of tools will popup in the marketplace in the comings weeks.

#Azure #machinelearning #cloud

https://youtube.com/watch?v=l6dsLyueF0Q

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Machine learning techniques are used to study overlap and influence of paintings.

Machine learning techniques are used to study overlap and influence of paintings.

This overlap is achieved by comparing concepts that are present on the paintings. These concepts include everything from simple object description such as duck, frisbee, man, wheelbarrow to shades of colour to higher-level descriptions such as dead body, body of water, walking and so on. For each painting a vector of 3,000 concepts is determined. For each vector they searched for similar vectors using natural language techniques and a machine learning algorithm.

"The algorithm is also able to identify individual paintings that have influenced others. It picked out Georges Braque’s Man with a Violin and Pablo Picasso’s Spanish Still Life: Sun and Shadow, both painted in 1912 with a well-known connection as pictures that helped found the Cubist movement."

Read more at: https://medium.com/the-physics-arxiv-blog/when-a-machine-learning-algorithm-studied-fine-art-paintings-it-saw-things-art-historians-had-never-b8e4e7bf7d3e

#Science #Art #MachineLearning

 

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