Improving Deep Learning through Automatic Programming

TL;DR

This paper explores enhancing deep learning models by leveraging automatic programming techniques, specifically ADATE, to discover improvements, demonstrating promising results and encouraging further research in this promising intersection.

Contribution

It introduces the application of automatic programming (ADATE) to improve deep learning models, providing experimental evidence and analysis of ADATE's potential capabilities.

Findings

Good experimental results achieved with ADATE

Limitations identified in current ADATE version

Encourages future research with improved ADATE systems

Abstract

Deep learning and deep architectures are emerging as the best machine learning methods so far in many practical applications such as reducing the dimensionality of data, image classification, speech recognition or object segmentation. In fact, many leading technology companies such as Google, Microsoft or IBM are researching and using deep architectures in their systems to replace other traditional models. Therefore, improving the performance of these models could make a strong impact in the area of machine learning. However, deep learning is a very fast-growing research domain with many core methodologies and paradigms just discovered over the last few years. This thesis will first serve as a short summary of deep learning, which tries to include all of the most important ideas in this research area. Based on this knowledge, we suggested, and conducted some experiments to investigate the possibility of improving the deep learning based on automatic programming (ADATE). Although our experiments did produce good results, there are still many more possibilities that we could not try due to limited time as well as some limitations of the current ADATE version. I hope that this thesis can promote future work on this topic, especially when the next version of ADATE comes out. This thesis also includes a short analysis of the power of ADATE system, which could be useful for other researchers who want to know what it is capable of.