Overview | Quality
Journey | Quality Policy & Organization
| Best Practices
- Estimation Tools
Right estimations are key to success of the project. Aricent
uses proven techniques of estimating size, effort, and schedules.
Estimations are typically done using the organizational
productivity data from past projects, Delphi Wide-band methods
and other techniques like COCOMO.
- Risk Management Tools
- Software Quality Assurance
Every project identifies a Software Quality Assurance
(SQA) representative to ensure that the project follows
the defined processes and report the metrics to the organizational
repository. These SQA representatives also enable sharing
of best practices among projects. At the end of every month
or at the end of every phase, the SQA representative conducts
a process compliance audit to highlight areas that are not
following the defined process for the project. She also
reports the metrics using a web based tool and help the
project manager in analyzing the data. Some screen shots
of the process compliance framework and the some analysis
reports by SQA are given below:

SQA Report |

Process Compliance |
- Comprehensive Measurement Program
- Defect, Effort and Schedule prediction models
Various prediction tools have been developed, based
on statistical techniques like Rayleigh distribution, regression
and correlation analysis and past performance of the projects.
These tools, with a user friendly simple interface, assist
the project managers in predicting the expected variance
from planned data and help them in taking mid-course corrective
action.
- Review/Inspection effectiveness measurement tool
In Aricent, each SDLC phase exit is linked with review/inspection
of the various work products. We focus on early detection
of the defects in the life cycle. To know whether review
has been effective or not at the end of each phase, we use
2X2 Matrix. This tool measures the effectiveness of inspection
and review process. It gives a fair idea of defects found
with respect to effort spent by inspection team.

Concept |

Application |

Observations |
Last updated :
December 19, 2005
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