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Abdul Matin
ORCID
Publication Activity (10 Years)
Years Active: 2018-2023
Publications (10 Years): 11
Top Topics
Cardiovascular Disease
Convolutional Neural Networks
Machine Learning
Human Computer
Top Venues
ICO
BigData
TransAI
CoRR
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Publications
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Abdul Matin
,
Md. Rafiqul Islam
,
Xianzhi Wang
,
Huan Huo
,
Guandong Xu
AIoT for sustainable manufacturing: Overview, challenges, and opportunities.
Internet Things
24 (2023)
Abdul Matin
,
Paahuni Khandelwal
,
Shrideep Pallickara
,
Sangmi Lee Pallickara
DISCERN: Leveraging Knowledge Distillation to Generate High Resolution Soil Moisture Estimation from Coarse Satellite Data.
BigData
(2023)
Hafsa Binte Kibria
,
Abdul Matin
The severity prediction of the binary and multi-class cardiovascular disease - A machine learning-based fusion approach.
Comput. Biol. Chem.
98 (2022)
Paahuni Khandelwal
,
Samuel Armstrong
,
Abdul Matin
,
Shrideep Pallickara
,
Sangmi Lee Pallickara
CloudNet: A Deep Learning Approach for Mitigating Occlusions in Landsat-8 Imagery using Data Coalescence.
e-Science
(2022)
Hafsa Binte Kibria
,
Abdul Matin
The Severity Prediction of The Binary And Multi-Class Cardiovascular Disease - A Machine Learning-Based Fusion Approach.
CoRR
(2022)
Abdul Matin
,
Samuel Armstrong
,
Saptashwa Mitra
,
Shrideep Pallickara
,
Sangmi Lee Pallickara
Rapid Betweenness Centrality Estimates for Transportation Networks using Capsule Networks.
TransAI
(2022)
Hafsa Binte Kibria
,
Abdul Matin
,
Sanzida Islam
Comparative analysis of two artificial intelligence based decision level fusion models for heart disease prediction.
ISIC
(2021)
Sanzida Islam
,
Abdul Matin
,
Hafsa Binte Kibria
Hand Gesture Recognition Based Human Computer Interaction to Control Multiple Applications.
ICO
(2021)
Hafsa Binte Kibria
,
Abdul Matin
,
Nusrat Jahan
,
Sanzida Islam
A Comparative Study with Different Machine Learning Algorithms for Diabetes Disease Prediction.
CCE
(2021)
Hafsa Binte Kibria
,
Abdul Matin
An Efficient Machine Learning-Based Decision-Level Fusion Model to Predict Cardiovascular Disease.
ICO
(2020)
Md. Jamil-Ur Rahman
,
Rafi Ibn Sultan
,
Firoz Mahmud
,
Sazid Al Ahsan
,
Abdul Matin
Automatic System for Detecting Invasive Ductal Carcinoma Using Convolutional Neural Networks.
TENCON
(2018)