| 摘要 |
<p>The present invention relates to an monitoring tool for mistake proofing quality software. A new model is provided in which by injecting a mistake proofing technique called Poka-Yoke having the capability to identify the different types of errors made during the process of software development to achieve high quality expectations. To evaluate HQLS using PY, a tool called Poka-Yoke Integration in Software Engineering (PYISE) was considered that can help stakeholders of software development to quantify success of work in progress. The tool will act as defect reduction mechanism to provide software with quality from the early phases of the SDLC. Following invention is described in detail with the help of Figure 1 of the sheet 1 shows proposed model of HQLS-PY steps, Figure 2 of sheet 2 shows the diagram for QoS fitted into development lifecycle, Figure 3 of the sheet 3 shows the extension of step 6 of figure 1, phases of PYISE tool, Figure 4 of sheet 4 denotes the step PYISE tabulates six aspects and Figure 5 of the sheet 5 shows the average weightage with their corresponding review and recommendations.</p> |
