Table 18 Data extraction
From: Software architectures for big data: a systematic literature review
Field Area | Name |
|---|---|
General Information | Title |
Source | |
Type | |
Year | |
Method | |
Description | |
Application Area | Cyber Security |
IOT/Smart Cities | |
Social Big Data | |
Incident/ Anomaly Detection | |
Health- care | |
Predictive Manufac-turing | |
Banking | |
Transportation | |
Education | |
Aerospace | |
Machine to machine communication | |
Recommendation System | |
Environmental Sensing | |
CRM | |
Architectural Viewpoints | Decomposition |
Deployment | |
Flowchart | |
No Viewpoint | |
Architectural Patterns | Layered |
Cloud-based | |
Multi-agent | |
Decoupled frontend-backend | |
Service Oriented | |
Hybrid | |
Architectural Concerns | Functional Concerns |
Non Functional Concerns | |
Requirements | High-level Functional Requirements |
Quality Attributes | Safety |
Low latency | |
Reliability | |
Reuse | |
High Performance | |
Flexibility/extensibility | |
Availability | |
Accessibility | |
Scalability | |
Fault Tolerance | |
Maintainability/Deployability | |
Real Time Performance | |
Accuracy | |
Resilient | |
Privacy | |
Security | |
Methodology | Architectural Design Method |
Architectural Evaluation | |
Integration | Integration |
Integration Concerns | |
Technologies | Technologies |
Stakeholders | Stakeholders |
Analysis | Data analysis & Analytics (Descriptive/Prescrip)/Algorithms; |
Reference Architecture | Adopted Reference Architecture |