Paper:
Regularization and normalization have become indispensable components in training deep neural networks, resulting in faster training and improved generalization performance. We propose the projected error function regularization loss (PER) that encourages activations to follow the standard normal distribution. PER randomly projects activations onto one-dimensional space and computes the regularization loss in the projected space. PER is similar to the Pseudo-Huber loss in the projected space, thus taking advantage of both L 1 and L 2 regularization losses. Besides, PER can capture the interaction between hidden units by projection vector drawn from a unit sphere. By doing so, PER minimizes the upper bound of the Wasserstein distance of order one between an empirical distribution of activations and the standard normal distribution. To the best of the authors' knowledge, this is the first work to regularize activations via distribution matching in the probability distribution space. We evaluate the proposed method on the image classification task and the word-level language modeling task.

Review:
This submission belongs to the general field of neural networks and sub-field of activation regularisation. In particular, this submission proposes a novel approach for activation regularisation whereby a distribution of activations within minibatch are regularised to have standard normal distribution. The approach, projected error function regularisation (PER), accomplishes that by minimising an upper-bound on 1-Wasserstein distance between empirical and standard normal distributions. 
I think the idea described in this submission is interesting. Unfortunately, I have issues with 1) presentation, 2) experimental results, 3) English. 
The PER is presented as an objective function that minimises an upperbound on 1-Wasserstein. I believe I have seen no evidence to the origin of PER other than it is the upper-bound on 1-Wasserstein. Therefore, I find it strange to see a presentation where first an objective function is introduced, then 1-Wasserstein is described, and after applying standard inequality you obtain an expression that is PER. The current presentation seems to indicate that before this derivation has been done no one new the connection between PER and the upper bound on 1-Wasserstein. I disagree and say that you obtained the upper bound on 1-Wasserstein and called it PER. For unknown reasons you decided to present first PER, then upper bound and finally claim connection. This is a mistake as it is not a connection but merely a consequence. 
Simply looking up CIFAR-10 best numbers on any search engine I can find significantly better numbers. It is therefore unclear why did you decide to use sub-optimal configuration without commenting on that. The same applies to PTB and possibly to WikiText2. 
There are numerous places where English is not adequate. For instance, "new perspective of concerning the target distribution". 
Following the rebuttal stage where the authors have made significant changes to the manuscript I have decided to increase my assessment score.