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Poster Session
in
Workshop: Machine Learning for Global Health

Posters


Abstract:

Each poster presenter is in a separate Zoom Meeting. Please click the link next to a poster to visit.

  • A Bayesian Updating Scheme for Global Pandemics. [ protected link dropped ]

  • A Federated Learning Framework for Healthcare IoT devices. [ protected link dropped ]

  • MOSQUITO-NET: A deep learning based CADx system for malaria diagnosis. [ protected link dropped ]

  • A scoping review on mental health and machine learning in low-resource settings. [ protected link dropped ]

  • Synthesizing Wearable ECG Data for Future Deep Space Missions. [ protected link dropped ]

  • Using Capsule Neural Network to detect Tuberculosis in microscopic images. [ protected link dropped ]

  • Design Considerations for High Impact, Automated Echocardiogram Analysis. [ protected link dropped ]

  • A novel approach for predicting epidemiological forecasting parameters based on real-time signals and Data Assimilation. [ protected link dropped ]

  • Gene Expression Imputation with Generative Adversarial Imputation Nets. [ protected link dropped ]

  • Simulation-Based Inference for Global Health Decisions. [ protected link dropped ]

  • Towards uncertainty representations for decision support system patient referrals in healthcare contexts. [ protected link dropped ]

  • SIRNet: Understanding Social Distancing Measures with Hybrid Neural Network Model for COVID-19 Infectious Spread. [ protected link dropped ]

  • Non-Pharmaceutical Intervention Discovery with Topic Modeling. [ protected link dropped ]

  • Sequential Decision Making in Resource Constrained Global Health Settings. [ protected link dropped ]

  • Measuring the Role of Income Shocks on the Health of Low-Income Families. [ protected link dropped ]

  • PET-guided Attention Network for Segmentation of Lung Tumors from PET/CT images that accounts for missing PET images. [ protected link dropped ]

  • The Causal Effect of Stay-At-Home Orders: a synthetic control study in the San Francisco Bay Area. [ protected link dropped ]

  • An Unsupervised Learning Approach to Mitigate the Risk of Polio Recurrence in India. [ protected link dropped ]

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