0% Complete
Home
/
12th International Conference on Computer and Knowledge Engineering
Dual Memory Structure for Memory Augmented Neural Networks for Question-Answering Tasks
Authors :
Amir Bidokhti
1
Shahrokh Ghaemmaghami
2
1- Department of Electrical Engineering. Sharif University of Technology. Tehran, Iran
2- Sharif University of Technology
Keywords :
deep learning،memory augmented neural networks،graph neural networks،question-answering،neural Turing machine
Abstract :
Memory is crucial for machine learning tasks on sequential data. From vanilla RNN to LSTM and memory augmented neural networks, researchers have investigated several types of memory structures. However, they suffer from limitations in the capacity or ability to keep track of long-term dependencies. This paper presents an external memory module composed of two distinct submodules that are inspired by memory in the human brain. Besides, a sleep mechanism is incorporated into this memory, which can mimic sleep's effects on improving human memory. The proposed method is fully differentiable; thus, backpropagation can be used for its training. Experiments conducted on the bAbI dataset show that the proposed method is successful in 16 out of 20 tasks, and the average error is 2.8%. The performance of the proposed method is far better than the conventional NTM, and it has the lowest prediction error in 7 out of 20 tasks among baseline systems. Besides, the proposed system is the only system that can solve tasks 16 and 17 of the bAbI dataset.
Papers List
List of archived papers
Automatic Generation of XACML Code using Model-Driven Approach
Athareh Fatemian - Bahman Zamani - Marzieh Masoumi - Mehran Kamranpour - Behrouz Tork Ladani - Shekoufeh Kolahdouz Rahimi
Cluster Sampling: A Cluster-Driven Sampling Strategy for Deep Metric Learning
Hamideh Rafiee - Ahmad Ali Abin - Seyed Soroush Majd
Reversible Data Insertion in Encryption Domain Based on Reduced Quad Difference Expansion
Alireza Ghaemi - Mohammad Zare Ehteshami - Amirhossein Ghaemi
Diagnosis of Depression Based on New Features Extractive from the Frequency Space of the EEG
Melika Changizi - Saeid Rashidi
Machine Learning-Driven Prediction of Anti-Alzheimer Drug Efficacy Using PubChem Molecular Fingerprints
Mohammad Javad Sadeghi - Mohammad Javad Nemati - AliAsghar Zare - Mohammadreza Shams
Efficient Sub-Carrier Relationship Extraction for Human Activity Recognition via EEGNet in Wireless Sensing
Siavash Zaravashan - Sadegh ArefiZadeh - Sajjad Torabi
Robustness Scan of Digital Circuits Using Convolutional Neural Networks
Mobin Vaziri - Mohammad Mehdi Rahimifar - Hadi Jahanirad
DEW-WIN: A Dynamic Energy-aware Window-based Scheduler for Mixed-criticality Systems
Mahin Moradiyan - Yasser Sedaghat - Pouria Hosseini - Yousef Rezazadeh
Minimizing Quantum Overhead: A Fault-Tolerant ALU Design with Reduced T Metrics
Sarallah Keshavarz - Shekoofeh Moghimi - Mohammad Reza Reshadinezhad
Capturing Local and Global Features in Medical Images by Using Ensemble CNN-Transformer
Javad Mirzapour Kaleybar - Hooman Saadat - Hooman Khaloo
more
Samin Hamayesh - Version 44.5.0