Abstract
Scheduling and Inspection Planning in Software Development Projects Using Multi-Objective Hyper-Heuristic Evolutionary Algorithm
Highlights
The planning of software projects involves various intricacies such as the consideration of resources, scheduling of members, dependencies among various activities, project deadlines and many other restrictions
This paper presents a hyper-heuristic based multi-objective evolutionary algorithm [5] for the solution of scheduling and inspection planning in the software development process, based on the model suggested by Thomas Hanne and Stefan Nickel [2]
The results obtained by Multi-objective Hyper-heuristic Evolutionary Algorithm (MHypEA) on the above described test problem is presented
Summary
The planning of software projects involves various intricacies such as the consideration of resources, scheduling of members, dependencies among various activities, project deadlines and many other restrictions. Due to the increase in the size and complexity of the software projects, it is becoming a difficult task for the project managers to have a control on the development costs and to maintain the deadlines of the projects. These two factors are in turn dependent on the efficient scheduling of members to various activities involved in the software development process such as coding, inspection, testing etc. The main goal of scheduling and inspection planning process are to achieve high quality software product with minimum development cost and project make span.
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