By Shari Lawrence Pfleeger, Joanne M. Atlee
KEY BENEFIT: This creation to software program engineering and perform addresses either procedural and object-oriented improvement. KEY TOPICS: is punctiliously up to date to mirror major adjustments in software program engineering, together with modeling and agile equipment. Emphasizes crucial position of modeling layout in software program engineering. Applies suggestions constantly to 2 universal examples — a regular details method and a real-time process. Combines conception with genuine, functional purposes by means of offering an abundance of case reviews and examples from the present literature. MARKET: an invaluable reference for software program engineers.
Read or Download Software Engineering: Theory and Practice PDF
Best software: systems: scientific computing books
Intuitive Probability and Random Processes using MATLAB
Intuitive chance and Random tactics utilizing MATLAB® is an advent to likelihood and random tactics that merges concept with perform. in accordance with the author’s trust that in basic terms "hands-on" event with the cloth can advertise intuitive realizing, the process is to inspire the necessity for idea utilizing MATLAB examples, through conception and research, and eventually descriptions of "real-world" examples to acquaint the reader with a wide selection of functions.
Elektromagnetische Felder und Netzwerke: Anwendungen in Mathcad und PSpice
Thema des Buches ist die umfassende Darstellung der Berechnung elektromagnetischer Felder und Netzwerke unter besonderer Berücksichtigung moderner Computerprogramme, speziell Mathcad und PSpice. Zielgruppe sind Studenten der Elektrotechnik oder Physik der Hochschul-Eingangssemester, aber auch Dozenten, die sich in die Anwendung dieser Programmpakete einarbeiten wollen.
Gewöhnliche Differentialgleichungen: Theorie und Praxis - vertieft und visualisiert mit Maple®
Die Theorie der Gewöhnlichen Differentialgleichungen ist ein grundlegendes und unverändert aktuelles Gebiet der Mathematik. Das vorliegende Buch führt nicht nur äußerst sorgfältig und umfassend in die Theorie ein, sondern vermittelt auch aufgrund der zahlreichen vollständig durchgerechneten Beispiele einen Einblick in deren Anwendungspraxis.
Extra info for Software Engineering: Theory and Practice
Sample text
The iteration ends whe n we and o ur custome rs think we have a satisfactory solution to the problem at band. Proto typing is often used to design a good user interface: the part of the system with which the user inte racts. , in systems where the software functio ns are not e xplicitly visible to the use r). The prototype can show the user what functio ns wiU be available, regardless of whe ther they are implemente d in software or hardware. Since the user interface is, in a sense, a bridge between the application domain and the software 32 Chapter 1 Why Software Engineering?
One of the advantages of modeling the process is that we can examine it and look for ways to improve it. For example, we can ask questions suc h as: • Where and when are we likely to find a particular kiod of fault? • How cao we fiod faults earlier in the development process? • How can we build io fault tole rance so that we minimize the like Lihood that a fault wiU become a failure? • H ow cao we design secure, high-quality systems? • Are the re alternative activities that can make our process mo re effective or efficient at e nsuriog quality?
Usually, the participa nts in a project fall into one of three categories: customer, use r, or de velope r. The custome r is the company, organization, or pe rson who is paying for the so flware syste m to be de veloped. The developer is the company, organizalioo, or pe rson who is building tlhe software system for the customer. 4 CUSTOMER Who Does Software Engineering? 7 Participants in software development. managers neede d to coordinate and guide the programme rs and testers. The user is the pe rson o r people who wiU actua Uy use the system: the ones who sit at the te rminal o r submit the data or read the output.