SOTAVerified

Speeding up Reinforcement Learning-based Information Extraction Training using Asynchronous Methods

2017-09-01EMNLP 2017Code Available0· sign in to hype

Aditya Sharma, Zarana Parekh, Partha Talukdar

Code Available — Be the first to reproduce this paper.

Reproduce

Code

Abstract

RLIE-DQN is a recently proposed Reinforcement Learning-based Information Extraction (IE) technique which is able to incorporate external evidence during the extraction process. RLIE-DQN trains a single agent sequentially, training on one instance at a time. This results in significant training slowdown which is undesirable. We leverage recent advances in parallel RL training using asynchronous methods and propose RLIE-A3C. RLIE-A3C trains multiple agents in parallel and is able to achieve upto 6x training speedup over RLIE-DQN, while suffering no loss in average accuracy.

Tasks

Reproductions