uncertainty-based rejection,ai safety
Abstain based on uncertainty estimates.
9,967 technical terms and definitions
Abstain based on uncertainty estimates.
Uncertainty quantification distinguishes epistemic (model) from aleatoric (data) uncertainty. Know when to abstain.
Remove common examples.
Particles in underfill.
Material reducing CTE mismatch effects.
Material filling gaps around TSV.
Fill gap under flip-chip.
Trapped air in underfill.
Epoxy material filling gap between die and substrate for reliability.
Undersampling removes majority class examples. Balance classes.
Undershoot is signal excursion below ground or supply during transitions potentially causing latchup.
Insufficient training.
Standardize Unicode representations.
Each token only attends to previous tokens (GPT-style).
Shared memory space CPU-GPU.
Models handling multiple vision-language tasks.
Thickness variation across wafer.
Probabilistic tokenization.
Unified predictor-corrector sampler.
Inputs that reliably cause unwanted behavior.
Universal adversarial perturbations cause misclassification across multiple inputs with single perturbation.
Standard for chiplet interconnection.
Handle target classes not in source.
Recurrent depth with adaptive computation.
Generalize across goals.
Universal value functions generalize across goals and states simultaneously enabling transfer and multi-task learning.
Switch between widths seamlessly.
Universal Neural Vocoder uses multi-resolution spectrogram discriminators for high-fidelity speech synthesis.
Unknown/out-of-vocabulary token.
Remove specific knowledge or capabilities from a trained model.
Machine unlearning removes specific knowledge from trained models. Privacy, copyright, safety applications.
Unobserved components models represent time series as sums of latent stochastic components like trends cycles and seasonal patterns.
Inspect bare wafers.
Unplanned downtime is unexpected equipment stoppage from failures or issues.
Emergency repairs.
Unscented Kalman Filter propagates uncertainty through nonlinear transformations using deterministic sampling.
Unexpected tool failures.
Unscheduled maintenance responds to unexpected equipment problems.
Unstructured pruning removes individual weights creating sparse networks.
Remove individual weights creating sparse tensors.
Adapt without target labels.
Use data more than once.
Periods of high demand/prices vs low demand/prices.
Update functions in GNNs combine aggregated neighbor information with node features to compute new representations.
IEEE standard for power intent.
Wafers or lots processed per hour productivity metric.
Optimistic exploration strategy.
Upper boundary for normal variation.
Maximum acceptable value.
Super resolution upscales images. AI adds detail. Real-ESRGAN, Topaz popular tools.