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The book 'formal methods for software' presents a collection of current methods for dealing with software reliability. It compares between these methods, and shows their advantages and disadvantages. The book presents a description of the techniques, intended for a nonexpert audience with some minimal technical background (e.g., some training in software engineering, or basic computer science courses). It also describes some advanced techniques, aimed at researchers and practitioners in software engineering. This text/reference is intended to be used as an introduction to software methods techniques, a source for learning about various ways to enhanced software reliability, a reference on formal methods technique, and also as a basis for a one semester university course in this subject. It suggests various projects and exercises for achieving "hands-on" experience with the various formal methods tools.
Many books focus on increasing the quality of software through the use of formal methods. However, most books embrace one particular method, and present it as the suggested solution for the software reliability problem. This book presents a wider picture of formal methods, through a collection of notations and techniques. It compares them, and discusses their advantages and disadvantages. One of the main challenges of formal methods is in transferring the tech nology developed by researchers to the software development community. Re cently, we seem to be starting to have a better understanding of the important ingredients of formal methods tools. This manifests itself in the growing ac ceptance of such tools in the software and hardware development industry. Ideally, formal methods need to be intuitive to use (preferably using graphi cal interfaces), do not impose on the user an extensive learning period, and incur only small overhead to the development process. Formal methods are much more acceptable today than ten or twenty years ago, in particular in the hardware industry. Yet there is still a lively contention between different approaches.
Many books focus on increasing the quality of software through the use of formal methods. However, most books embrace one particular method, and present it as the suggested solution for the software reliability problem. This book presents a wider picture of formal methods, through a collection of notations and techniques. It compares them, and discusses their advantages and disadvantages. One of the main challenges of formal methods is in transferring the tech nology developed by researchers to the software development community. Re cently, we seem to be starting to have a better understanding of the important ingredients of formal methods tools. This manifests itself in the growing ac ceptance of such tools in the software and hardware development industry. Ideally, formal methods need to be intuitive to use (preferably using graphi cal interfaces), do not impose on the user an extensive learning period, and incur only small overhead to the development process. Formal methods are much more acceptable today than ten or twenty years ago, in particular in the hardware industry. Yet there is still a lively contention between different approaches.
From the reviews: "The book covers a wide range of formal methods and how to use them to specify, verify and test software systems. ... the book will provide a good, gentle introduction to the field with many pointers to more in-depth material. ... I strongly recommend this book for anyone interested in using formal methods to develop reliable software. The book presents a very good introduction to the field and ... covers the state-of-the-art in software reliability methods." (Michael Leuschel, Software Testing, Verification and Reliability, Vol. 2 (2), November, 2001)