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Preventing Reverse Engineering of Critical Industrial Data with DIOD
Arvind Sundaram
, Hany S. Abdel-Khalik
,
Mohammad G. Abdo
Nuclear Reactor Technology
Research output
:
Contribution to journal
›
Article
›
peer-review
3
Scopus citations
Overview
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Keyphrases
Reverse Engineering
100%
Artificial Intelligence Learning
100%
Industrial Data
100%
Machine Learning Applications
57%
Data Hiding
42%
Data Methodology
42%
Nuclear Industry
28%
Obfuscation
28%
Machine Learning
28%
Proprietary Information
28%
Nuclear Reactor
14%
Nuclear Data
14%
Full Potential
14%
Decision-making Process
14%
Risk Assessment
14%
Engineering Skills
14%
Mutual Information
14%
Modernity
14%
Generic System
14%
Risk Prediction
14%
Scalable Data
14%
Machine Learning Service
14%
Content Creation
14%
Business Analytics
14%
Data Warehouse
14%
Full Use
14%
Data Leakage
14%
Nonlinear Spring-mass System
14%
Industry Data
14%
Computer Science
Artificial Intelligence
100%
Reverse Engineering
100%
Machine Learning
87%
Learning System
87%
Proprietary Information
25%
Decision-Making
12%
Mutual Information
12%
Business Analytics
12%
Data Rendition
12%
Content Creation
12%
Data Warehouse
12%
Engineering
Artificial Intelligence
100%
Reverse Engineering
100%
Industrial Data
100%
Learning System
87%
Nuclear Reactor
12%
Mutual Information
12%
Warehouses
12%
Spring Mass System
12%
Chemical Engineering
Artificial Intelligence
100%
Learning System
87%