Investigating the impact of developer productivity, task interdependence type and communication overhead in a multi-objective optimization approach for software project planning.
Constantinos StylianouAndreas S. AndreouPublished in: Adv. Eng. Softw. (2016)
Keyphrases
- multi objective optimization
- software projects
- software development
- communication overhead
- multi objective
- source code
- development process
- evolutionary algorithm
- software engineering
- open source projects
- effort estimation
- software developers
- software development effort
- software quality
- pareto optimal
- multi objective optimization problems
- multiple objectives
- case study
- communication cost
- differential evolution
- genetic algorithm
- optimization algorithm
- nsga ii
- multi objective genetic algorithm
- software maintenance
- software project management
- bi objective
- assembly systems
- open source software projects
- software systems
- open source software
- project management
- multi objective genetic algorithms
- open source
- multi objective evolutionary algorithms
- software industry
- software process
- software development projects
- particle swarm optimization
- development projects
- optimization problems
- development team
- neural network
- database
- test problems
- multiobjective optimization
- software repositories
- object oriented