Analysis and Performance Evaluation of Deep Learning on Big Data
Kassiano J. Matteussi, Breno F. Zanchetta, Germano Bertoncello, Jobe D. D. Dos Santos, Julio César Santos dos Anjos, Cláudio F. R. Geyer · 2019
Deep Learning (DL) and Big Data (BD) have converged to a hybrid computing paradigm that merges the dynamic processing in DL models with the computational power of the distributed processing of the BD frameworks. In this context, this work aims to conduct an analysis and performance evaluation of DL applications in BD. The experiments evaluate how the application training completion time can be related to the model's precision loss and the impacts of distributed computing in DL models. The experiments were performed in Microsoft Azure using BigDL framework, which allows using both Spark and TensorFlow on top of a Yarn cluster. The outcomes revealed a speedup of up to 8× and accuracy higher than 95%.