An Introduction to Advanced Machine Learning : Meta Learning Algorithms, Applications and Promises

TL;DR

This paper explores advanced meta-learning algorithms to address challenges in online, limited, and dispersed data scenarios, emphasizing their potential to enable autonomous agents to learn more effectively.

Contribution

It introduces the application of meta-learning algorithms to overcome limitations of traditional machine learning in online and limited data environments.

Findings

Meta-learning improves learning efficiency with limited data

Algorithms enable better generalization to unseen classes

Potential for autonomous agents to learn to learn

Abstract

In [1, 2], we have explored the theoretical aspects of feature extraction optimization processes for solving largescale problems and overcoming machine learning limitations. Majority of optimization algorithms that have been introduced in [1, 2] guarantee the optimal performance of supervised learning, given offline and discrete data, to deal with curse of dimensionality (CoD) problem. These algorithms, however, are not tailored for solving emerging learning problems. One of the important issues caused by online data is lack of sufficient samples per class. Further, traditional machine learning algorithms cannot achieve accurate training based on limited distributed data, as data has proliferated and dispersed significantly. Machine learning employs a strict model or embedded engine to train and predict which still fails to learn unseen classes and sufficiently use online data. In this chapter, we introduce these challenges elaborately. We further investigate Meta-Learning (MTL) algorithm, and their application and promises to solve the emerging problems by answering how autonomous agents can learn to learn?.