The learning curve illustrates how the generalization performance of the learner evolves with more training data. It can predict the amount of data needed for decent accuracy and the highest achievable accuracy. However, the behavior of learning curves is not well understood. Many assume that the more training data provided, the better the learner performs. However, many counter-examples exist for both classical machine learning algorithms and deep neural networks. As presented in previous works, even the learning curves for simple problems using classical machine learning algorithms have unexpected behaviors. In this paper, we will explain what caused the odd learning curves generated while using ERM to solve two regression problems. Loog ...
Automated techniques have proven useful for improving models of student learning even beyond the bes...
While deep reinforcement learning (Deep RL) algorithms have been used to successfully solve challeng...
Breakthroughs in machine learning are rapidly changing science and society, yet our fundamental unde...
Plotting a learner's generalization performance against the training set size results in a so-called...
A learning curve displays the measure of accuracy/error on test data of a machine learning algorithm...
Learning curves for Gaussian process regression are well understood when the 'student ' mo...
Learning-curve models fitted to initial data are used to predict subsequent performance; however, th...
Data from student learning provide learning curves that, ideally, demonstrate improvement in student...
Learning curves show how a neural network is improved as the number of training examples increases a...
The exchange of ideas between computer science and statistical physics has advanced the understandin...
Three factors enter into analyses of performance curves such as learning curves: the amount of train...
The present paper elucidates a universal property of learning curves, which shows how the generaliza...
Machine Learning has become 'commodity' in engineering and experimental sciences, as calculus and st...
Y.-T. Liu, G. Mayer-Kress. and K. M. Newell (2003) fit learning curves to movement time data and sug...
This article aims to explain mathematically, why the so called double descent observed by Belkin et ...
Automated techniques have proven useful for improving models of student learning even beyond the bes...
While deep reinforcement learning (Deep RL) algorithms have been used to successfully solve challeng...
Breakthroughs in machine learning are rapidly changing science and society, yet our fundamental unde...
Plotting a learner's generalization performance against the training set size results in a so-called...
A learning curve displays the measure of accuracy/error on test data of a machine learning algorithm...
Learning curves for Gaussian process regression are well understood when the 'student ' mo...
Learning-curve models fitted to initial data are used to predict subsequent performance; however, th...
Data from student learning provide learning curves that, ideally, demonstrate improvement in student...
Learning curves show how a neural network is improved as the number of training examples increases a...
The exchange of ideas between computer science and statistical physics has advanced the understandin...
Three factors enter into analyses of performance curves such as learning curves: the amount of train...
The present paper elucidates a universal property of learning curves, which shows how the generaliza...
Machine Learning has become 'commodity' in engineering and experimental sciences, as calculus and st...
Y.-T. Liu, G. Mayer-Kress. and K. M. Newell (2003) fit learning curves to movement time data and sug...
This article aims to explain mathematically, why the so called double descent observed by Belkin et ...
Automated techniques have proven useful for improving models of student learning even beyond the bes...
While deep reinforcement learning (Deep RL) algorithms have been used to successfully solve challeng...
Breakthroughs in machine learning are rapidly changing science and society, yet our fundamental unde...