Crucially our techniques allow us to repurpose existing training schedules for large batch training with no hyper-parameter tuning. We train ResNet-50 on
training strategy that we should control the ratio of batch size to learning rate not too large to achieve a good generalization ability.
13 sept 2017 current recipe for large batch training (linear learning rate scaling with ... Using LARS we scaled Alexnet up to a batch size of 8K
14 feb 2018 requires careful choice of both learning rate and batch size. While smaller batch sizes generally converge in fewer training epochs larger ...
A rule of thumb for training neural network is the Linear Scaling Rule (LSR) [10] which sug- gests that when the batch size becomes K times
30 nov 2018 We show that popular training strategies for large batch size optimization ... to select a learning rate for larger batch sizes [9 29].
14 dic 2018 be trained using relatively large batch sizes without sacrificing data ... period or an unusual learning rate schedule) so the fact that it ...
15 jun 2020 Since LARS with learning rate warmup and polynomial decay gave us best performance for large- batch MNIST training we use this scheme for huge- ...
13 sept 2018 In particular we investigate changing batch size
It is common practice to decay the learning rate Here we show one can usually obtain the same learning curve on both training and test sets by instead
This paper reports both theoretical and empirical evidence of a training strategy that we should control the ratio of batch size to learning rate not too large
In this paper we propose a novel Complete Layer-wise Adaptive Rate Scaling (CLARS) algorithm for large-batch training We prove the convergence of our
13 juil 2021 · In this work we propose an automated LR scheduling algorithm which is effective for neural network training with a large batch size under the
16 déc 2020 · A curvature-based learning rate (CBLR) algorithm is proposed to better fit the cur- vature variation a sensitive factor affecting large batch
17 juil 2021 · PDF A wide variety of Remote Sensing (RS) missions are continuously deal with very large batch sizes use adaptive learning rates
This algorithm endows each layer a proper learning rate thus making it possible to train a network with a larger batch size For LAMB each update of the
This work introduces Arbiter as a new hyperparameter optimization algorithm to perform batch size adaptations for learnable scheduling heuristics using
Small batch sizes require a small learning rate while larger batch sizes enable larger steps We will exploit this relationship later on by explicitly coupling
Adaptive Rate Scaling (LARS) for better optimization and scaling to larger mini-batch sizes; but the generalization gap does not vanish Lin et al