Doug Bell

John Pugh

Ian Morrey

John R. Pugh

A Programming Approach

Software Engineering

This work offers an introduction to software engineering for students in undergraduate courses in computing at university or college level, defining it as the body of knowledge and practical techniques that can be brought to bear on the process of developing software. This includes all types of software - commercial applications, programs, scientific and engineering programs and systems software (for example, compilers, operating systems and database management systems). Design of the ACM curriculum and provides coverage of newer programming paradigms. It is also intended for the use of practising workers in the software industry. high-level language; a little knowledge of data structures; one or two years programming experience; and (preferably) involvement in at least one moderate-sized project. object-oriented design and parallel programming, as all of these have become increasingly important and, in the case of parallel programming, all-pervasive, in recent times and for the foreseeable future.

Mike Parr

If you are new to computer programming then this book is for you! Starting from scratch, it assumes no prior knowledge of programming and is written in a simple, direct style for maximum clarity. C# ('C Sharp') is an object-oriented, network-enabled programming language, developed expressly for Microsoft's .Net platform. C# provides the features that are the most important to programmers: object-orientation, graphics, GUI components, multimedia, internet-based client/server networking and distributed computing. 'C# for Students' will explain key programming concepts and the central ideas of object oriented programming, using C# as the vehicle language.

C# for Students

Aware that many students need a careful introduction to programming and that they respond well to graphical illustration, this concise book adopts a visual approach to programming. Throughout the text, programs that use graphical images are emphasized to clearly demonstrate all the important programming principles. The authors use a spiral approach to programming concepts; introducing concepts simply early on, then in a more sophisticated way later, (e.g., objects are integrated throughout five chapters). Java for Students emphasizes the use of applets but also shows how to program free-standing applications. The authors have been careful to put together a text that covers the powerful features of Java and presents the language to students as both a fun and useful tool.

Java for Students

Software Engineering: A Programming Approach provides a unique introduction to software engineering for all students of computer science and its related disciplines. It is also ideal for practitioners in the software industry who wish to keep track of new developments in the discipline. The third edition is an update of the original text written by Bell, Morrey and Pugh and further develops the programming approach taken by these authors. The new edition however, being updated by a single author, presents a more coherent and fully integrated text. It also includes recent developments in the field and new chapters include those on: formal development, software management, prototyping, process models and user interface design. The programming approach emphasized in this text builds on the readerAs understanding of small-scale programming and extends this knowledge into the realm of large-scale software engineering. This helps the student to understand the current challenges of software engineering as well as developing an understanding of the broad range of techniques and tools that are currently available in the industry. Particular features of the third edition are: - a pragmatic, non-mathematical approach - an overview of the software development process is included - self-test questions in each chapter ensure understanding of the topic - extensive exercises are provided at the end of each chapter - an accompanying website extends and updates material in the book - use of Java throughout as an illustrative programming language - consistent use of UML as a design notation Douglas Bell is a lecturer at Sheffield Hallam University, England. He hasauthored and co-authored a number of texts including, most recently, Java for Students.

This guide explains the challenges that large software projects present. It explains the different techniques and tools that are used and provides an introduction to software engineering.

Doug Bell

Books

Your next favorite book is out there