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Computer Science
Comparison Study
100%
Education
100%
Decision Making
75%
Bottom-Up Approach
66%
Case Study
66%
Database Design
66%
Fuzzy Set
66%
Topic Modeling
66%
Big Data
66%
Linear Programming
66%
Heterogeneous Data
66%
Computer Programming
66%
Data Source
66%
Database Systems
66%
Social Media
66%
Integration Process
33%
Scientific Approach
33%
External Measure
33%
Latent Dirichlet Allocation
33%
Generative Model
33%
Mean Clustering Algorithm
33%
Electronic Learning
33%
Mean Algorithm
33%
Binary Tree
33%
Data Interoperability
33%
Decision-Making
30%
Resource Utilisation
22%
User Interface
22%
Programming Model
22%
Computer Science Applications
22%
Big Data Analytics
16%
Data Analysis
16%
k-means Clustering
16%
Clustering Quality
16%
High Importance
16%
Clustering Technique
16%
Entropy
16%
Data Availability
13%
Information Extraction
13%
Sentiment Analysis
13%
Extract Information
13%
Computer Science
13%
Information Systems
13%
Software Engineering
13%
United States of America
13%
Data Processing
13%
Data Cleaning
13%
Database Table
13%
Methodologies and Framework
9%
Open Source
9%
Social Sciences
Academic Performance
66%
Computer Programming
66%
Saudi Arabia
26%
Middle East
13%
Sudan
13%
Computer Science
13%
United States of America
13%
Authors
13%
Software Engineering
13%
Information Systems
13%
UK
13%
Teaching Experience
13%
Jordan
13%
Educational Strategies
12%
Decision Making
6%
Education
6%
Linear Regression Analysis
6%
Educational Institution
6%
Research Work
6%
Engineering
System Part
33%
Start Model
33%
Enhanced Model
33%
Binary Tree
33%
Bottom-Up Approach
33%
Maximization
22%
Linear Relationship
22%
User Interface
22%
Resource Utilisation
22%
Programming Model
22%
Computer Applications
22%
Optimal Cost
11%
