The No Free Lunch (NFL) Theorem imposes a theoretical restriction on optimization algorithms and their equal average performance on different problems, under some particular assumptions. Nevertheless, when brought into practice, a perceived “ranking” on the performance is usually perceived by engineers developing machine learning applications. Questions that naturally arise are what kinds of biases the real world has and in which ways can we take advantage from them. Using exploratory data analysis (EDA) on classification examples, we gather insight on some traits that set apart algorithms, datasets and evaluation measures and to what extent the NFL theorem, a theoretical result, applies under typical real-world constraints.Peer Reviewe
Applying machine learning to real problems is non-trivial because many important steps are needed to...
Knowledge discovery is the data mining task. Number of classification algorithms is present for know...
The No Free Lunch (NFL) theorems for optimization tell us that when averaged over all possible optim...
The No Free Lunch (NFL) Theorem imposes a theoretical restriction on optimization algorithms and the...
A sizable amount of research has been done to improve the mechanisms for knowledge extraction such a...
Traditionally the machine learning community has viewed the No Free Lunch (NFL) theorems for search ...
Copyright: © 2009 Hanuman T, et al. This is an open-access article distributed under the terms of t...
We extend previous results concerning Black-Box search algorithms, presenting new theoretical tools ...
This paper introduces a new method for learning algorithm evaluation and selection, with empirical r...
In the field of machine learning classification is one of the most common types to be deployed in so...
form ithm 8 alg We evaluate the algorithms ’ performance in terms of a variety of accuracy and compl...
This paper reviews the appropriateness for application to large data sets of standard machine learni...
: Meta-learning is a field of learning that aims at addressing the challenges of conventional machin...
Rumelhart & Zipser's (1986) competitive learning algorithm is an account of unsupcrvised le...
This paper gives an overview of some ways in which our understanding of performance evaluation measu...
Applying machine learning to real problems is non-trivial because many important steps are needed to...
Knowledge discovery is the data mining task. Number of classification algorithms is present for know...
The No Free Lunch (NFL) theorems for optimization tell us that when averaged over all possible optim...
The No Free Lunch (NFL) Theorem imposes a theoretical restriction on optimization algorithms and the...
A sizable amount of research has been done to improve the mechanisms for knowledge extraction such a...
Traditionally the machine learning community has viewed the No Free Lunch (NFL) theorems for search ...
Copyright: © 2009 Hanuman T, et al. This is an open-access article distributed under the terms of t...
We extend previous results concerning Black-Box search algorithms, presenting new theoretical tools ...
This paper introduces a new method for learning algorithm evaluation and selection, with empirical r...
In the field of machine learning classification is one of the most common types to be deployed in so...
form ithm 8 alg We evaluate the algorithms ’ performance in terms of a variety of accuracy and compl...
This paper reviews the appropriateness for application to large data sets of standard machine learni...
: Meta-learning is a field of learning that aims at addressing the challenges of conventional machin...
Rumelhart & Zipser's (1986) competitive learning algorithm is an account of unsupcrvised le...
This paper gives an overview of some ways in which our understanding of performance evaluation measu...
Applying machine learning to real problems is non-trivial because many important steps are needed to...
Knowledge discovery is the data mining task. Number of classification algorithms is present for know...
The No Free Lunch (NFL) theorems for optimization tell us that when averaged over all possible optim...