02680nam a22003137i 4500 20251030135723.0 t| 191024s2005 ||||| |||| 00| 0 spa d 0321305493 CO-ViULL rda spa eng 005.1 H926p Humphrey, Watts S. 46186, autor. aut PSP : A self-improvement process for software engineers. United States : Pearson Education, 2005. 346 páginas : :ilutraciones.;tablas.;gráficas. texto txt rdacontent sin mediación n rdamedia volumen nc rdacarrier Incluye tabla de contenido. Incluye referencias bibliográficas. The personal process strategy. -- The baseline personal process. -- Measuring software size. -- Planning. -- Software estimating. -- The probe estimating method. -- Software planning. -- Software quality. -- Desing and code reviews. -- Software design. -- The PSP design templates. -- Desing verification. -- Process extensions. -- Using the personal software process. Most software-development groups have embarrassing records: by some accounts, more than half of all software projects are significantly late and over budget, and nearly a quarter of them are cancelled without ever being completed. Although developers recognize that unrealistic schedules, inadequate resources, and unstable requirements are often to blame for such failures, few know how to solve these problems. Fortunately, the Personal Software Process (PSP) provides a clear and proven solution. Comprising precise methods developed over many years by Watts S. Humphrey and the Software Engineering Institute (SEI), the PSP has successfully transformed work practices in a wide range of organizations and has already produced some striking results. This book describes the PSP and is the definitive guide and reference for its latest iteration. PSP training focuses on the skills required by individual software engineers to improve their personal performance. Once learned and effectively applied, PSP-trained engineers are qualified to participate on a team using the Team Software Process (TSP), the methods for which are described in the final chapter of the book. The goal for both PSP and TSP is to give developers exactly what they need to deliver quality products on predictable schedules. Ingeniería de software 3890. Productividad de software 161658. Software de programación 161659. Industria de software para computadores 161660. ddc BK 46445 46445 0 0 ddc 0 0 001 001 GEN 2019-10-24 Donación 0 005.1 H926p 082666 2019-10-24 00:00:00 Ej.:1 2019-10-24 ISF SIS BK 0 0 ddc 0 0 001 001 GEN 2023-12-12 Donación 0 005.1 H926p 087236 2023-12-12 00:00:00 Ej.:2 2023-12-12 ISF BK