An empirical study of process policies and metrics to manage productivity and quality for maintenance of critical software systems at the jet propulsion laboratory.
Dan PortWilliam TaberPublished in: ESEM (2018)
Keyphrases
- software systems
- software quality
- software development
- software metrics
- product quality
- software maintenance
- development effort
- software engineering
- software evolution
- source code
- maintenance activities
- metamodel
- quality assurance
- software components
- component based software
- software design
- software architecture
- multi agent systems
- functional requirements
- development process
- reverse engineering
- black box
- artificial intelligence
- database
- linux kernel
- real world
- machine learning
- decision making
- software reuse
- image processing
- cooperative
- software engineers
- software developers