2025 ICML
LEVIS: Large Exact Verifiable Input Spaces for Neural Networks
A verification method for constructing large exact input spaces over which neural-network behavior can be certified.
01 / Research direction
Methods for learning decisions under uncertainty, distribution shift, and explicit risk specifications.
This thread asks how policies should adapt when the cost of failure changes across environments, users, or operating regimes.
Papers
4 papers connected to this topic.
A verification method for constructing large exact input spaces over which neural-network behavior can be certified.
An inference-time alignment method that treats acceptable behavior through satisficing rather than single-objective maximization.
A case study comparing model-free and model-based control choices for battery control problems.
A test-time risk-adaptation method that composes source agents according to deployment-time risk specifications.