Training machine learning models requires users to select many tuning parameters. For example, a popular training method, stochastic gradient descent, requires users to select a value for the learning rate. These tuning parameters are hard to select and users often resort to time consuming trial-and-error process to find a good set of parameters. This project aims to automate the selection of these tuning parameters by using information inferred from training algorithm trajectories. This will reduce the time spent training machine learning models, and make machine learning more user-friendly
The principal characteristic of stochastic adaptive optimization problems is the uncertainty in the ...
We consider the problem of a learning mechanism (for example, a robot) locating a point on a line wh...
2019-03-21Several emerging applications call for a fusion of statistical learning (SL) and stochasti...
Training machine learning models requires users to select many tuning parameters. For example, a pop...
The tuning of learning algorithm parameters has become more and more important during the last years...
While the amount of data that we are able to collect keeps growing, the use of Machine Learning and ...
<p>Optimization is considered to be one of the pillars of statistical learning and also plays a majo...
While the amount of data that we are able to collect keeps growing, the use of Machine Learning and ...
The problem of optimization with noisy measurements is common in many areas of engineering. The only...
The problem of optimization with noisy measurements is common in many areas of engineering. The only...
The aim of the talk is to discuss the role of stochastic optimization techniques in designing learni...
Optimization has been the workhorse of solving machine learning problems. However, the efficiency of...
We propose a general framework for machine learning based optimization under uncertainty. Our approa...
Several emerging applications, such as “Analytics of Things" and “Integrative Analytics" call for a ...
Recent years have witnessed huge advances in machine learning (ML) and its applications, especially ...
The principal characteristic of stochastic adaptive optimization problems is the uncertainty in the ...
We consider the problem of a learning mechanism (for example, a robot) locating a point on a line wh...
2019-03-21Several emerging applications call for a fusion of statistical learning (SL) and stochasti...
Training machine learning models requires users to select many tuning parameters. For example, a pop...
The tuning of learning algorithm parameters has become more and more important during the last years...
While the amount of data that we are able to collect keeps growing, the use of Machine Learning and ...
<p>Optimization is considered to be one of the pillars of statistical learning and also plays a majo...
While the amount of data that we are able to collect keeps growing, the use of Machine Learning and ...
The problem of optimization with noisy measurements is common in many areas of engineering. The only...
The problem of optimization with noisy measurements is common in many areas of engineering. The only...
The aim of the talk is to discuss the role of stochastic optimization techniques in designing learni...
Optimization has been the workhorse of solving machine learning problems. However, the efficiency of...
We propose a general framework for machine learning based optimization under uncertainty. Our approa...
Several emerging applications, such as “Analytics of Things" and “Integrative Analytics" call for a ...
Recent years have witnessed huge advances in machine learning (ML) and its applications, especially ...
The principal characteristic of stochastic adaptive optimization problems is the uncertainty in the ...
We consider the problem of a learning mechanism (for example, a robot) locating a point on a line wh...
2019-03-21Several emerging applications call for a fusion of statistical learning (SL) and stochasti...