neurips 2019 papers

3-minute video summarizing the paper The PAC (Probably Approximately Correct) model is one of the standard models for binary classification. The researchers have shown that merely uniform convergence is not enough to explain generalization in deep learning. If we go by the basic equation for generalization: Test Error – Training Error <= Generalisation bound. Papers With Code highlights trending ML research and the code to implement it. NeurIPS 2019 was an extremely educational and inspiring conference again. Submissions that have fatal (confirmed) flaws revealed by the reviewers—including incorrect proofs, flawed or insufficient wet-lab, hardware, or software experiments—may be rejected on that basis, without taking into consideration other criteria. There has also been a lot of pathbreaking research on refining these bounds, all based on the concept of Uniform Convergence. The site will start accepting submissions on May 1st. While it will be possible to edit the title and abstract until the full paper submission deadline, submissions with a “placeholder” title or abstract will be removed without consideration.

The paper is a great leap forward toward achieving an excess risk of only epsilon. Author responses are limited to one page, including all figures, tables, and references, in the NeurIPS “author response” style; you must use the NeurIPS 2019 author response LaTeX style file. This year marks the 33rd annual Conference on Neural Information Processing Systems, a workshop and conference hosted by the Neural Information Processing Systems Foundation that is more casually referred to as NeurIPS.

June 12, 2020 -- NeurIPS 2020 will be held entirely online. Each year, NeurIPS also gives an award to a paper presented at the conference 10 years ago and that has had a lasting impact on the field in its contributions (and is also a widely popular paper). Note that slicing contributions too thinly may result in submissions being deemed dual submissions. While previous research had driven the direction of developing deep networks towards being algorithm-dependent (in order to stick to uniform convergence), this paper proposes a need for developing algorithm-independent techniques that don’t restrict themselves to uniform convergence to explain generalization. Which machine learning research paper caught your eye? The previous and current research so far has focused on tightening these bounds by concentrating on taking a relevant subset of the hypothesis class. ). Preprints: Non-anonymous preprints (on arXiv, social media, websites, etc.) var PaperSubmissionDeadline = "2019/05/23 22:00:00 UTC"; I was especially intrigued by the New Directions Paper award and how it tackled the problem of generalization in deep learning. Looking at supplementary material is at the discretion of the reviewers. My aim is to help you understand the essence of each paper by breaking down the key machine learning concepts into easy-to-understand bits for our community. In particular, you should not include author names, author affiliations, or acknowledgements in your submission and you should avoid providing any other identifying information (even in the supplementary material). $(this).html(event.strftime('%w weeks %d days %H:%M:%S')); Specifically, in RDA, instead of the current subgradient, the average subgradient is taken into account. Recall the concepts of boolean functions and binary classification. The loss with respect to the current weight vector is calculated along with a subgradient. $(this).html(event.strftime('%w weeks %d days %H:%M:%S')); If you choose to use the NeurIPS style for the preprint, you must use the “preprint” option rather than the “final” option. Browse State-of-the-Art Methods Trends About RC2020 Log In/Register; Get the weekly digest × Get the latest machine learning methods with code. This is where they go against the idea of uniform convergence.

I have gone through these awesome papers and summarized the key points in this article! Massart noise condition, or just Massart Noise, is when the label of each sample/record is flipped with some small probability that is unknown to the learning algorithm. [1] concurrently show...”).

Specifically, a case of slicing too thinly may correspond to two submissions by the same authors that are so similar that publishing one would render the other too incremental to be accepted. But these networks should not work as well as they do when the number of features is more than the number of training samples, right?

) To foster reproducibility, authors will be asked to answer all questions from the following Reproducibility Checklist during the submission process. Let’s take an example given by the researchers. What if the network is just memorizing the data points we keep adding to the training set? }); All workshop presenters must register for the workshops to gain entrance into the convention center.

This year, we had 6,743 submissions after filtering (down to 6,614 at notification time), amounting to more than 20,000 … You can find links to the recorded sessions here. It also required a great deal of study on the paper itself and I will try to explain the gist of the paper without making it complex. The probability of flipping is bounded by some factor n which is always lesser than 1/2.

It will not be possible to modify the author list of a submission after the full paper submission deadline. This document clarifies this year’s expectations regarding the release of code with the camera ready version of accepted papers that fall under the policy (due on October 27, 2019). During the submission process, you will be asked to agree to the use of TPMS for your submission.

Submissions are limited to eight content pages, including all figures and tables; additional pages containing only references are allowed.

With the main goal of finding a hypothesis with a small misclassification error, various attempts have been made in the previous papers to restrict the error and the risk associated with noise in the data. I religiously follow this conference annually and this year was no different.

Let me know in the comments section below. Other submissions will be judged on the basis of their technical quality, novelty, potential impact, and clarity. The University of British Columbia has 15 individuals featured across 9 of the accepted papers, and 6 of CAIDA’s members have papers that have been accepted. The site will start accepting submissions on May 1st. The answers, which can be updated before the full paper submission deadline, will be made available to the reviewers to help them evaluate the submission. Let’s understand this in a bit more detail.

This algorithm is the most efficient one yet in this space. NeurIPS 2019 also had a new category for a winning paper this year, called the Outstanding New Directions Paper Award.In their words: And the winner of this award is – “Uniform convergence may be unable to explain generalization in deep learning”. You can access and read the full paper here. There are also separate calls for tutorials and workshops. For the above equation, we take the set of all hypotheses and attempt to minimize the complexity and keep these bounds as tight as possible. This paper goes on to explain, both theoretically and with empirical evidence, that the current deep learning algorithms cannot claim to explain generalization in deep neural networks. However, they still give us state-of-the-art performance metrics. Build Your Own Desktop Voice Assistant in Python, Apache Kafka: A Metaphorical Introduction to Event Streaming for Data Scientists and Data Engineers, Too large and their complexity grows with the parameter count, or, Small, but have been developed on a modified network, Increase with the proportion of randomly flipped training labels, A neural network of infinite width with frozen hidden weights. However, this paper explains that these algorithms are either: The paper defines a set of criteria for generalization bounds and demonstrates a set of experiments to prove how uniform convergence cannot fully explain generalization in deep learning. One of my favorite papers this year! In fact, it can actually be considered a contributing factor towards an increase in the bounds when increasing the sample size! However, despite the generalization, they prove that the decision boundary is quite complex. Authors may submit work to NeurIPS that is already available as a preprint (e.g., on arXiv) without citing it; however, previously published papers by the authors on related topics must be cited (with adequate anonymization to preserve double-blind reviewing). For a classification task on a dataset with 1000 dimensions, an overparameterized model with 1 hidden layer ReLU and 100k units is trained using SGD. One really interesting observation I saw is that though the test set error decreases with an increase in training set size, the generalization bounds, in fact, show an increase. Authors are encouraged to validate their submissions using the NeurIPS submission checker. All of the talks, including the spotlights and showcases, were broadcast live by the NeurIPS team. This paper proposed a new regularizing technique, called the Regularised Dual Averaging Method (RDA) for solving online convex optimization problems. In short, we expect (but not require) accompanying code to be submitted with accepted papers that contribute and present experiments with a new algorithm.


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