Unified Modeling Language (UML) is a general-purpose notation language for specifying and visualizing complex software, especially large, object-oriented projects. Object-oriented programming is when a programmer defines not only the data type of a data structure, but also the types of operations/functions that can be applied to the data structure.

Applying UML addresses the practical issues faced by users in adopting UML. As the title suggests, it helps the reader in actually applying UML to real life situations, rather than just in learning the language. The book covers in depth detail of UML, including notation on profiles and extensions. The scope of the book assumes prior experience in software engineering and/or business modeling, an understanding of object-oriented concepts and a basic knowledge of UML.

* Case study driven approach covering a wide range of issues
* Contains advanced tutorial material to aid learning
* Focuses on practical issues in the application of UML

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This book about Java programming is designed to address the needs of engineers, scientists, and technology professionals who will be developing relatively small and specialized programs towards the solution of a particular problem set of a technological field. The book uses the personal computer as a development platform and assumes no prior programming experience. The Java language is described, and fundamentals of object orientation, I/O, and error handling are covered. Later chapters cover computer number systems, mathematical programming in Java, and Java Graphics. The authors are affiliated with Minnesota State University.

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Building compilers has been a challenging activity since the advent of digital computers in the late 1940s and early 1950s. At that time, implementing the concept of automatic translation from a form familiar to mathematicians into computer instructions was a difficult task. One needed to figure out how to translate arithmetic expressions into instructions, how to store data in memory, and how to choose instructions to build procedures and functions. During the late 1950s and 1960s these processes were automated to the extent that simple compilers could be written by most computer science professionals. In fact, the concept of “small languages” with corresponding translators is fundamental in the UNIX community.

This book describes one design for the optimization and code-generation phases of such a compiler. Many compiler books are available for describing the analysis of programming languages. They emphasize the processes of lexical analysis, parsing, and semantic analysis. Several books are also available for describing compilation processes for vector and parallel processors. This book describes the compilation of efficient programs for a single superscalar RISC processor, including the ordering and structure of algorithms and efficient data structures.

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