FileMaker Pro 9 Bible provides step-by-step procedures for using
virtually all FileMaker Pro features and performing all tasks. This
best-selling volume has been completely rewritten to focus on
FileMaker application development using FileMaker Pro 9, the latest
version of FileMaker Pro workgroup database. Applicable to both the
Mac and Windows versions of FileMaker Pro, this title shows readers
how to create and work with databases and includes detailed
ScriptMaker (scripting) explanations for creating customized
FileMaker applications. Other topics covered include calculations
and computations; data exchange; creating and using templates;
linking databases; using FileMaker in workgroups; Web publishing;
plug-ins; and advanced database connectivity. This revision
features a five-dollar price reduction and removal of the CD-ROM to
reflect a fantastic value proposition for the customer.

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Photoshop is an incredibly powerful program.
Not only can you perform many different tasks
with Photoshop, but you can also choose from
a number of ways to accomplish each project.
By setting Photoshop to work for you, you can
develop your own techniques and find ways to
adapt the standard tools to those techniques.
Learning to customize the application for your
own personal projects and your own personal
style makes your image editing more effective
and efficient. When you work on an image,
you may prefer to see some palettes and not
others. You may also prefer certain tool
settings to others. Setting up Photoshop to
work your way makes you more productive,
the program more useful, and everything you
do with Photoshop much more fun.
With Photoshop CS3, Adobe has taken
customization to a new level. You can now
modify your settings and preferences in more
ways than ever before by adjusting the
workspace, the palettes, and the tools to fit
the requirements of specific projects or just for
your own preferences. These may seem like
boring steps, yet setting up Photoshop’s
preferences and the workspace, knowing how
to make your own gradients, customizing some
shortcuts and tools, and designing templates
and brushes can save you time as you work on
images and free you to become more creative.
By customizing Photoshop and setting the
application your way, you gain familiarity with
the program and become more comfortable as
you try different projects.

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Whatever your previous background in mathematics, it is likely that when you begin your
engineering studies at university you will need to consolidate your mathematical skills
before moving on to new material. The first ten chapters of this free ebook are designed to
help with this ‘transition’ by providing you with individual pathways to quickly review your
current skills and understanding, then revise and reinforce where necessary.
Chapters 1–10 have a three-part structure by which you:
• Review your present knowledge and skills, with a review test on key topics
• Revise as you need to
• Reinforce the essential skills that you will need for your particular
programm, so that they are there when you need them.
The three sections are linked, so that you can choose your own pathway through the
material and focus on your specific needs. In the review test the single arrows forward
you to the corresponding revision section and the review question solution, while the
double arrows fast forward you to the reinforcement exercises.
Some suggestions for working through these chapters may help:
• Use the lists of prerequisites and objectives to get an overview of the
chapter – what have you seen before, what needs a reminder, what is
completely new?
• Use the review test to establish your current understanding of the various
topics.
• Where you are confident you may still be able to learn something from
the revision section or polish your skills by working through the reinforcement
questions.
• Where you are unsure and need a reminder, go to the relevant revise
section for some hints before trying the review question, then consolidate
your skills with the reinforcement exercises.
• Where the topic is perhaps new to you, start with the revision section,
using the review questions as worked examples and the reinforcement
exercises as further practice.

The remaining chapters of this free ebook (11–17), covering material appropriate to typical
first-year courses in engineering mathematics, are designed to support you in developing
independent learning skills for more advanced study. The order of material and the structure
of these chapters are at first supportive with many examples, then gradually progress to a more
concise and mature format. The focus is on the key material, and the text contains leading
problems that encourage you to develop ideas for yourself. The structure of the book is
therefore designed not only to ease the transition to university, but also to develop your
independent learning skills and prepare you for the style of more advanced textbooks.
Each chapter has a number of ‘Applications’ exercises that provide illustrations of typical
engineering applications, bring together the different topics of the chapter, or prepare the
way for later material. Some are simple, while others provide significant and challenging
projects.
The free ebook is the core of a larger educational resource of web-based material
enabling you to broaden and deepen your studies. The book web-site
(www.bh.com/companions/0750650982) provides advice on learning mathematics, solutions
to all of the reinforcement and applications exercises, develops some topics more
thoroughly, and provides relevant examples and illustrations from different engineering
disciplines.

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The authors, members of teams that solved all 10 problems, show in detail
multiple approaches for solving each problem, ranging from elementary to
sophisticated, from brute-force to schemes that can be scaled to provide
thousands of digits of accuracy and that can solve even larger related problems.
The authors touch on virtually every major technique of modern numerical
analysis: matrix computation, iterative linear methods, limit extrapolation and
convergence acceleration, numerical quadrature, contour integration,
discretization of PDEs, global optimization, Monte Carlo and evolutionary
algorithms, error control, interval and high-precision arithmetic, and many
more. The SIAM 100-Digit Challenge: A Study in High-Accuracy Numerical Computing
gives concrete examples of how to justify the validity of every single digit of
a numerical answer. Methods range from carefully designed computer experiments
to a posteriori error estimates and computer-assisted proofs based on interval
arithmetic.

This free ebook is not for beginners. But for anyone interested in numerical
analysis techniques, and with at least a full course or comparable
experience, it is an absolute goldmine of clever ideas with working
code, mostly in MATLAB or Mathematica. Each of 10 problems is
solved by several different techniques, usually to multiple numbers
of significant digits, with either proofs or ways to estimate the
number of correct digits or how much work is required to get the
number of correct digits one is interested in. Nicely written
with an excellent bibliography and introductory summary in an
Appendix. A few errors here and there in the equations, maybe
a deliberate test of whether the reader is paying attention.
Highly recommended to the indicated audience. Read the rest of this entry »

AUDIO, VIDEO, CONSUMER ELECTRONICS, WIRELESS TECHNOLOGY

The Illustrated Dictionary of Electronics—8th Edition has been revised, clarified, and updated,
reflecting technological advances of recent years. New definitions have been added in
the fields of wireless technology, robotics, and artificial intelligence. Every effort has been
made to be concise and accurate, without “talking down” to the reader.
Many definitions contain cross references (indicated in ALL CAPITALS); these provide
recommended additional information or allow comparison with related terms. Expressions of
special significance are printed in italics. Electronics abbreviations are included in the text;
the full terms are stated as definitions.
While an effort has been made to avoid superfluous mathematics, equations are sometimes
necessary to completely and effectively define a term. Mathematics beyond the highschool
level has not been used.
Appendix A contains the standard symbols used in electrical and electronic diagrams.
These symbols are used in illustrations throughout this dictionary. Appendix B contains the
following data tables:
1. Conversion between electrical systems
2. Greek alphabet
3. Mathematical functions and operations
4. Prefix multipliers
5. Resistor color code
Suggestions for future editions are welcome.

Stan Gibilisco
Editor-in-Chief

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