Optimization & Theory
43,292 papers (3 classified directly here)
Subtopics · a paper can sit in several, so these overlap
Optimization (17,731)
Learning Theory (6,809)
Bayesian Inference (6,267)
Theory (5,579)
Statistical Learning (4,564)
Neural Network Optimization (4,155)
Stochastic Processes (2,948)
Stochastic Methods (1,283)
Loss Functions (1,220)
Distributed Learning (1,202)
Online Algorithms (1,013)
Statistics (822)
Generalization (376)
Information Theory (370)
Sample Complexity (282)
Sparse Optimization (241)
Game Theory (151)
Convex Optimization (132)
Optimal Transport (104)
Robust Optimization (84)
Distributed Optimization (73)
Approximation Algorithms (33)
Papers per year
1
14
29
44
31
52
189
195
212
235
352
382
457
787
816
828
1,066
1,391
1,913
3,012
3,646
4,303
4,450
5,357
6,155
5,854
1,521
2000
'5
'10
'15
'20
'25
Papers (including subtopics)
Learning from Data with Heterogeneous Noise using SGD
AISTATS 2015
Learning From Massive Noisy Labeled Data for Image Classification
CVPR 2015
Learning From Small Samples: An Analysis of Simple Decision Heuristics
NeurIPS 2015
Learning Large-Scale Poisson DAG Models based on OverDispersion Scoring
NeurIPS 2015
Learning Nonlinear Spectral Filters for Color Image Reconstruction
ICCV 2015
Learning Parametric-Output HMMs with Two Aliased States
ICML 2015
Learning Scale-Free Networks by Dynamic Node Specific Degree Prior
ICML 2015
Learning Sparse Low-Threshold Linear Classifiers
JMLR 2015
Learning spatiotemporal trajectories from manifold-valued longitudinal data
NeurIPS 2015
Learning Stationary Time Series using Gaussian Processes with Nonparametric Kernels
NeurIPS 2015
Learning structured densities via infinite dimensional exponential families
NeurIPS 2015
Learning the dependence structure of rare events: a non-asymptotic study
COLT 2015
Learning Theory and Algorithms for Forecasting Non-stationary Time Series
NeurIPS 2015
Learning Theory of Randomized Kaczmarz Algorithm
JMLR 2015
Learning the Structure and Parameters of Large-Population Graphical Games from Behavioral Data
JMLR 2015
Learning The Structure of Deep Convolutional Networks
ICCV 2015
Learning to Divide and Conquer for Online Multi-Target Tracking
ICCV 2015
Learning to Identify Concise Regular Expressions that Describe Email Campaigns
JMLR 2015
Learning to Search Better than Your Teacher
ICML 2015
Learning with a Wasserstein Loss
NeurIPS 2015
Learning with Incremental Iterative Regularization
NeurIPS 2015
Learning with Square Loss: Localization through Offset Rademacher Complexity
COLT 2015
Learning with Symmetric Label Noise: The Importance of Being Unhinged
NeurIPS 2015
Learning with the Maximum Correntropy Criterion Induced Losses for Regression
JMLR 2015
Leave-One-Out Kernel Optimization for Shadow Detection
ICCV 2015