This text has managed to do the impossible - succinctly summarize the vast and complicated field of GU oncology into a single volume readable precis. The chapters cover all aspects of the relevant malignancies complete with clinical manifestations of disease, current staging systems, pathology considerations and finally standard, novel, and experimental treatment protocols. It certainly is an important reference for those training in urology or those involved in the urologic oncology field.

With stories like "Ferryman" (Eric Brown), "The White Stuff" (Peter F. Hamilton & Graham Joyce), and "A Night on Bare Mountain" (Graham Charnock), anthologies don't get any better than this. My only quibble is with the experimental narrative "Thirteen Views of a Cardboard City"(William Gibson) which rounds out the volume with a whimper, not a bang. Otherwise, this is Hugo & Nebula territory.

I expected a careful, general overview of the various uses of technology in music. This book is clearly for a classroom that uses Macs and the specific software indicated. There is not one entry for Finale, nor microphone/recording techniques. The book is pretentious in its organization (academic music ed. types) and woefully lacking in providing the required general overview of concepts, and prefers to teach specific software applications, many of which are not mainstream.

Not exactly the greatest book I've ever owned...the computer background information is woeful (I found 3 glaring mistakes in 70 pages of material by just skimming). The book has generally good information on the software it covers and a pretty good intro to MIDI.

This is a great resource for a lot of people. Whethr you are a music teacher looking to enhance your music teachning with some technology, or you are a professor wanting a textbook for a music technology class you are teaching, this book has something worth-while. David B. Williams and Peter R. Webster are veterans in the field with many years' experience.

I guess I expected that a platform independent standard such as XML would have been better expained using a platform independent language such as java. For the unix/java engineers out there....this book contains much useful information and don't get me wrong, I learned a lot. The question is, would I have learned as much or possibly more if I didn't have to put up with 90% of the code examples written in VBScript? Many examples require Internet Explorer. Content was up-to-date and informative but somewhat repetative (12 authors).

The book covers too many topics and just few are developed in deep while others are superficially introduced because not yet standardized at the time of print. The book claims it covers the following topics: XML, XSLT, DOM, DTD, SOAP, XLink, XPointer, XPath, WAP, WML...and more; but just XML, Schemas, DTDs and SOAP could almost fit the book's size.

Chapters don't follow a very logic thread and it doesn't deal enough with very relevant subjects. Wrox probably planned to make this book the XML bible but I think they are far from the target.

The XML declarative language, with its adaptability and expressive power, is continuing to become the language of choice for reporting and classifying information. XML is a formal grammar that captures the syntactic features of a document type definition, and its properties, syntax, and applications are discussed effectively in this book. It covers XML as formalized by the W3C and the authors show how to use XML in Web-based and database applications. Readers who have developed applications in HTML will probably view XML as somewhat more abstract, since the visual representation of the content of a document is not emphasized in XML. Readers are expected to have a background in HTML, JavaScript, Java, and ASP in order to read the book. Although XML can be learned by reading the W3C specifications, these documents are frequently difficult reading, and this book makes the learning of XML much easier than reading these specifications. They include the W3C specifications for XML 1.0 in an appendix to the book for the interested reader. The book is a little dated, since the W3C has been updating XML specs since the time of publication (especially with regard to schemas), but there is a 2nd edition coming out soon.

In Chapter 1, XML is introduced as a mark-up language and its inherent extensibility emphasized. This is followed by a detailed treatment of XML syntax in the next chapter, with emphasis placed on the hierarchical nature of XML. The authors do include a discussion of Processing Instructions (PIs) for users who want to use XML in this fashion.

Document Type Definitions (DTD) are the subject of Chapter 3, where the authors communicate effectively how DTDs formal grammar is used to specify the structure and permissible values of XML documents. The formal DTD structure is discussed, and the principles behind writing DTDs are effectively outlined. They also discuss the problems with using DTDs.

Data modeling with XML is discussed in the next chapter, with information modeling via static and dynamic models treated in detail, and the authors carefully distinguish these two approaches. The actual designing of XML documents is given a nice overview as well as the role of schemas in XML. This is followed in Chapter 6 by a discussion of the (tree-based) Document Object Model, which overviews how XML documents can be accessed by various programs. Some helpful examples are given on how the DOM can be used to create an XML document programmatically. An alternative way of processing an XML document is discussed in the next chapter on the (event-based) SAX interface. The authors outline in detail the benefits of using SAX rather than DOM. In Appendix B the reader will find the Internet Explorer 5.0 XML DOM 1.0 W3C specifications. In addition, in Appendix C, the specification for the SAX 1.0 interface is given.

The shortcomings of DTD are addressed in terms of XML Schemas and namespaces in chapter 7. Since this book was published, XML Schemas have reached W3C recommendation status as of Nov 2000. The authors give a good overview of namespaces and schemas, with helpful examples. This is followed in chapter 8 by a discussion of how to link and query into XML documents using the XML information set, XLink, XPath, XPointer, XML Fragment Interchange, with XLST covered in the next chapter. For database applications, the authors outline the differences between relational databases and XML documents. A very detailed treatment of how XLST transforms the source document is given, and the authors compare XLS and DOM transformations. An Internet Explorer XSL reference is included in one of the appendices of the book.

More details on the relationship between databases and XML is the subject of chapter 10, wherein the authors show how to store XML and how data can be communicated between different servers using XML. The issues involved when moving data from RDBMS to OODBMS or from Oracle to Sybase, are discussed by the authors. This is followed by an interesting discussion on how to use XML as a distributed component model for server-to-server communications via XML-Remote Procedure Call and Simple Object Access Protocol.

E-commerce applications are discussed in the next chapter, with EDI and its improvement via XML. The business markup language cXML , which allows business to business electronic commerce transactions across the Internet, is also treated in detail.

The authors then finally discuss how to render XML documents more readable and pleasing for the viewer in the next chapter using the style languages CSS and XSL. The discussion is really interesting, for the authors dig a little deeper into the foundations of style languages. The discussion of style languages as rule-based languages is particularly illuminating.

The next chapter is very interesting and its inclusion is actually very surprising, namely a discussion of the Wireless Application Protocol. The authors give an introduction to the Wireless Markup Language and WMLScript. The book ends with four useful chapters on case studies for data duality, distributed applications, a book catalog information service, and SOAP.

There are many applications of XML in many different areas, such as CellML (proprietary) used in cell biology, CML (Chemical Markup Language) for molecular chemistry, IML (Instrument Markup Language) for control of laboratory equipment, BSML (Bioinformatic Sequence Markup Language) for gene sequencing, and MathML for formatting of mathematical equations. I find XML an extremely powerful approach to information reporting and I am currently developing a package called NMML (Network Modeling Markup Language) for use in reporting results in simulation and mathematical modeling of networks, and FMML (Financial Modeling Markup Language) for use in reporting results in the modeling of financial instruments. This book, along with the W3C specifications, has been a tremendous help in the development of these applications.

I've seen Peter Belesis' work around, and it is way too confusing and buggy to get any real use out of it. His Hierarchical menus are beautiful, but you never get to see one on your own site because it is so convoluted and screwy!

The book appears very comprehensive, but really needs a quick reference guide on all the elements of dynamic HTML (including scripts and HTML itself).

Dynamic Html Unleashed is a once of great DHTML books. But this is clearly not a introduction book. You should have a good HTML and javascript knowladge .