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Towards Safe Mechanical Ventilation Treatment Using Deep Offline Reinforcement Learning

AAAI 2023 · Reinforcement learning › Offline RL · approach: Offline RL sample complexity theory · 16 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
add an Apache II-based intermediate reward (ablation)DeepVent- (CQL) · MIMIC-IIIFQE mean initial state value estimate: 0.729}\pm .002 -> 0.743}\pm .005Helped
use CQL instead of the physician policyMIMIC-III ventilation treatment · MIMIC-IIIFQE mean initial state value estimate: 0.502\pm .007 -> 0.743}\pm .005Helped
use CQL instead of behavior cloningMIMIC-III ventilation treatment · MIMIC-IIIFQE mean initial state value estimate: 0.572 }\pm .002 -> 0.743}\pm .005Helped
use conservative Q-learning rather than DDQNDeepVent · MIMIC-III out-of-distribution patientsinitial-state value overestimationHelped
use conservative Q-learning rather than DDQNventilator action recommendations · MIMIC-IIIrecommendation safetyHelped
apply DeepVent to out-of-distribution patientsDeepVent · MIMIC-III out-of-distribution patientsrecommendation safetyNo clear effect

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