Engineering & Materials Science
Software engineering
100%
Modeling languages
64%
Requirements engineering
54%
Specifications
42%
DSL
39%
Concretes
32%
Industry
30%
Multi agent systems
30%
Transparency
30%
User interfaces
28%
Cyber Physical System
28%
Productivity
26%
Information systems
22%
Human engineering
22%
Engineers
21%
Legacy systems
20%
Semantics
20%
Experiments
19%
Ontology
18%
Students
17%
Eye tracking
17%
Physics
17%
Feedback
17%
Computer software reusability
14%
User experience
14%
Reengineering
14%
Intranets
13%
Cluster analysis
12%
Knowledge management
12%
Encapsulation
12%
Communication
10%
Systems engineering
10%
Robots
10%
Interoperability
10%
Computer programming languages
9%
Sustainable development
9%
Reusability
9%
Costs
9%
Information technology
9%
Computer systems
9%
Cloud computing
9%
Software architecture
9%
Redundancy
9%
Personnel
8%
System program documentation
8%
Defects
7%
Electroencephalography
6%
Planning
6%
NASA
6%
Intelligent agents
6%
Mathematics
Domain-specific Languages
37%
Modeling Language
27%
Usability
20%
Requirements Engineering
19%
Transparency
18%
Cloud Computing
18%
Requirements
18%
Sustainability
17%
High Performance Computing
16%
Overload
16%
Syntax
15%
Empirical Study
12%
Programming Languages
11%
Semantics
11%
Model
10%
Notation
10%
Evaluation
9%
Design
8%
Model-driven Engineering
7%
Productivity
7%
Software Architecture
6%
Software-as-a-Service
6%
Model Management
6%
Experiment
5%
Software Engineering
5%
Synergy
5%
Requirements Specification
5%
Conflict
5%
Software Agents
5%
Language
5%
Business & Economics
Requirements Specification
16%
Quasi-experiment
15%
Software Engineering
15%
Gender Differences
12%
Template
11%
Software
11%
Modeling
9%
Information Processing
7%
Stakeholders
6%
Education
6%
Problem Solving
6%
Interoperability
5%
Best Practice
5%
Ontology
5%
Roadmap
5%
Formalism
5%
Computer Self-efficacy
5%