| |||||||||||||||
CHIL 2020 : ACM Conference on Health, Inference, and Learning | |||||||||||||||
Link: https://www.chilconference.org/ | |||||||||||||||
| |||||||||||||||
Call For Papers | |||||||||||||||
There are 4 tracks:
Track 1: Machine Learning Track 2 Applications: Investigation, Evaluation, and Interpretation Track 3 Policy: Impact, Economics, and Society Track 4: Practice Advances in machine learning are critical for a better understanding of health. Track 1 Machine Learning seeks contributions in modeling, inference, and estimation in health-focused or health-inspired settings. We welcome submissions that develop novel methods and algorithms, introduce relevant machine learning tasks, or identify challenges with prevalent approaches. Submissions focused more on health applications, for example establishing baselines or suggesting new evaluation metrics for assessing algorithmic advances are encouraged to submit to Track 2 instead. While submissions should address problems relevant to health, the contributions themselves are not required to be directly applied to health. For example, authors may use synthetic datasets and experiments to demonstrate the properties of algorithms. Authors may consider one or more machine learning sub-discipline(s) from the following list: . Bayesian learning Causal inference Computer vision Deep learning architectures Evaluation methods Inference Knowledge graphs Natural language processing Reinforcement Learning Representation learning Robust learning Structured learning Supervised learning Survival analysis Time series Transfer learning Unsupervised learning Explainability Algorithmic Fairness Authors may also consider sub-disciplines not listed here. The goal of Track 2 Applications is to highlight works applying robust methods, models, or practices to identify, characterize, audit, evaluate, or benchmark systems. Whereas the goal of Track 1 is to select papers that show significant technical novelty, submit your work here if the contribution is more focused on solving a carefully motivated problem grounded in applications. |
|