We have conducted an industrial experiment to assess the cost-benefit tradeoffs of several software inspection processes. Our results to date explain the variation in observed effectiveness very well, but are unable to satisfactorily explain variation in inspection interval. In this article we examine the effect of a new factor - process environment - on inspection interval (calendar time needed to complete the inspection). Our analysis suggests that process environment does indeed influence inspection interval. in particular, we found that non-uniform work priorities, time-varying workloads, and deadlines have significant effects. Moreover, these experiences suggest that regression models are inherently inadequate for interval modeling...
This experiment (currently in progress) is designed to measure costs and benefits of different code ...
We are conducting a long-term experiment (in progress) to compare the costs and benefits of several...
Software inspections are a software engineering “best practice” for detecting and correcting defects...
In a previous experiment, we determined how various changes in three structural elements of the soft...
Software inspections are formal evaluations of the intermediate work products (artifacts) of the dev...
Inspection of software development artifacts have become an integral part of software quality improv...
For two decades, software inspections have proven effective for detecting defects in software. We h...
AbstractÐWe have found that, when software is developed by multiple, geographically separated teams,...
We conducted a long-term experiment to compare the costs and benefits of several different software ...
Requirements inspections are a process for improving the quality of software by allowing software ...
Software Inspection is an effective and efficient method aiming at discovering faults within softwar...
Software inspections are accepted as a formal, effective, and efficient method for defect detection ...
Abstract The quality of a software product depends largely on the quality of the process that is use...
A significant body of knowledge concerning software inspection practice indicates that the value of ...
Recent research suggests that as much as 50% of explained sources of variation in software code insp...
This experiment (currently in progress) is designed to measure costs and benefits of different code ...
We are conducting a long-term experiment (in progress) to compare the costs and benefits of several...
Software inspections are a software engineering “best practice” for detecting and correcting defects...
In a previous experiment, we determined how various changes in three structural elements of the soft...
Software inspections are formal evaluations of the intermediate work products (artifacts) of the dev...
Inspection of software development artifacts have become an integral part of software quality improv...
For two decades, software inspections have proven effective for detecting defects in software. We h...
AbstractÐWe have found that, when software is developed by multiple, geographically separated teams,...
We conducted a long-term experiment to compare the costs and benefits of several different software ...
Requirements inspections are a process for improving the quality of software by allowing software ...
Software Inspection is an effective and efficient method aiming at discovering faults within softwar...
Software inspections are accepted as a formal, effective, and efficient method for defect detection ...
Abstract The quality of a software product depends largely on the quality of the process that is use...
A significant body of knowledge concerning software inspection practice indicates that the value of ...
Recent research suggests that as much as 50% of explained sources of variation in software code insp...
This experiment (currently in progress) is designed to measure costs and benefits of different code ...
We are conducting a long-term experiment (in progress) to compare the costs and benefits of several...
Software inspections are a software engineering “best practice” for detecting and correcting defects...