Title :
Fault Slip Through measurement in software development process
Author :
Duka, Denis ; Hribar, Lovre
Author_Institution :
R&D Center, Ericsson Nikola Tesla d.d., Split, Croatia
Abstract :
The pressure to improve software development process is not new, but in today´s competitive environment there is even greater emphasis on delivering a better service at lower cost. In market-driven development where time-to-market is of crucial importance, software development companies seek improvements that can decrease the lead-time and improve the delivery precision. One way to achieve this is by analyzing the test process since rework commonly accounts for more than half of the development time. A large reason for high rework costs is fault slippage from earlier phases where they are cheaper to find and remove. As an input to improvements, this article introduces a measure that can quantify this relationship. That is, a measure called faults-slip-through, which determines the faults that would have been more cost-effective to find in an earlier phase.
Keywords :
software development management; software fault tolerance; software metrics; fault slip through measurement; market-driven development; software development process; Current measurement; Fault diagnosis; Organizations; Phase measurement; Programming; Software; Testing; early fault detection; fault latency; fault metric; faults-slip-through;
Conference_Titel :
ELMAR, 2010 PROCEEDINGS
Conference_Location :
Zadar
Print_ISBN :
978-1-4244-6371-8
Electronic_ISBN :
1334-2630