Machines Books
Related Subjects: Airplanes Boats Cars and Trucks Robots
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Used price: $13.92

Machine Embroidery FlowersReview Date: 2008-06-02
Donna Dewberry designsReview Date: 2008-01-18
Highly recommendedReview Date: 2007-10-10
Lovely BookReview Date: 2007-01-04
Donna's Machine Emb FlowersReview Date: 2007-05-13

Used price: $3.95

A+++Review Date: 2008-03-25
great infoReview Date: 2008-03-02
Very Nice BookReview Date: 2007-09-08
Perfect Book for Any LevelReview Date: 2005-10-10
Great for beginnerReview Date: 2006-03-02

Used price: $0.96
Collectible price: $22.95

Necessary Reading for anyone with a child or a computerReview Date: 2002-04-17
CoolReview Date: 1999-05-18
The book of the one who has soulReview Date: 1999-01-14
Excellent introduction to key technology issues.Review Date: 1998-08-12
A must read for anyone living with technologyReview Date: 2000-08-08

Used price: $57.75

An excellent historyReview Date: 2008-02-18
Friendly bookReview Date: 1999-09-01
Good Read -recommendedReview Date: 2001-02-06
An Outstanding SynthesisReview Date: 2003-05-31
Anderson divides his subject into four key areas and attacks them chronologically. The first period, requiring nearly 100 pages in this publication, begins with antiquity and ends with the work of the Wright brothers at the beginning of the twentieth century. The second era he characterizes as one dominated by the strut-and-wire biplane of the 1900s through the 1920s. A third definable era came with the mature propeller-driven airplane that emerged in the 1930s and predominated until the 1950s. Then, a fourth era arose in which the jet aircraft has dominated. Anderson would be quick to point out that the last two eras have existed side-by-side since the coming of the jet, but that each of them present different aerodynamics challenges requiring different solutions and, hence, they deserve separate treatment.
Three major themes run through "A History of Aerodynamics" from Aristotle to the present. First, the author emphasizes the development of the discipline of aerodynamics-the change over time in the understanding of the physical nature of aerodynamic flows over solid bodies and the discovery and systemization of basic governing equations-much of which emerged independently from a variety of sources and without immediate practical application. For instance, Anderson concludes that with Newtonian physics as a foundation, numerous scientists and mathematicians ranging from Leonhard Euler to Pierre-Simon Laplace working largely individually constructed a framework for aerodynamics that included fundamental understanding of Euler's equations for an inviscid flow and the Navier-Stokes equations for a viscous flow. That effort, however, took place independently of a desire to build flying machines, and indeed many of those working on them scoffed at the idea of human powered flight.
Second, it took a group of practical inventors to apply these theoretical aerodynamics principles and build the first practical flying machines in the nineteenth and twentieth centuries. These individuals, few of whom held academic posts, began the practice of applied aerodynamics. The classic example is Wilbur and Orville Wright who had no advanced degrees and no outside funders, either public or private. The research of these people went directly into the design of airplanes. As Anderson concludes, "It is remarkable that the flying machine was developed and advanced well into the beginning of the twentieth century without direct recourse to the state of the art of theoretical aerodynamics that existed in academic circles" (pp. 448-49).
Finally, Anderson traces the linkage between the aerodynamic theory being developed in the academy and its application to the design of aircraft. Whereas the linkage had been tenuous at best until the second decade of the twentieth century, it has grown increasingly interrelated and complex since. Making airplanes more efficient, safe, and effective has become the raison d'être for aerodynamics research at least since the 1930s. The basic research of Otto Prandtl in Germany and Theodore von Kármán-himself a Prandtl student-at Caltech exemplify this transformation, as it found its way almost immediately into practical designs.
There is much to praise in this volume. It provides for the first time a comprehensive overview of the subject. It also offers the best discussions available about some of the key breakthroughs in the twentieth century made by leading aerodynamicists such as Richard Whitcomb, John Stack, and Fred Weick. But for all its virtues, the overview offered here is a history written for engineers. Replete with formulae and technical detail, certainly to be expected in such a history, the author concerns himself with the linear process of aerodynamic understanding to the very great exclusion of any social or cultural factors that might have influenced the engineers.
For instance, the author concludes that the era of the modern propeller-driven aircraft was dominated by the requirement to reduce drag, and therefore enhance performance, so a "streamlining craze" emerged among aerodynamicists that fundamentally altered the direction of the airplane development. Despite many intriguing areas that might have been explored-for example, the story of the adoption of retractable landing gear explored by Walter Vincenti in a 1994 Technology & Culture article-here the progression of streamlining follows a linear pattern, with the text too often emphasizing what comes across as farsighted, preordained solutions to aerodynamics problems that led inexorably to the clean, efficient designs of the 1940s. There is little of the obscurity of choices, blind allies of research, or trial and error that might have enriched this story.
Even so, this is a massively impressive work that will be of real use to a large community. It will find use for years to come.
An excellent surveyReview Date: 2001-12-05
It is, as the title says, strictly about aerodynamics and does not cover many other matters of vital importance to aircraft design, such as structure, mass properties (like the inertial moments mentioned by another reviewer), propulsion, or systems. Moreover, it's about the principles of aerodynamics and does not cover many of the important aspects of its application to aircraft, such as propulsion system integration. Thus it is not by any means a comprehensive history of aircraft design and development. But it treats its one topic of the development of the principles of aerodynamics for aircraft very well.
The book does not assume any real technical knowledge of aerodynamics, although I imagine it could be somewhat tough going for someone who had no prior knowledge of the subject at all. There is a sprinkling of equations and a few mathematical arguments, but no one should be put off by them because (1) they are not complex (no calculus) and (2) you can skip over them if you are willing to take the author's word on what they mean. From my perspective, the author does a good job of explaining concepts clearly and correctly. He does not insult the expert's intelligence, while remaining accessible to those without deep knowledge. More technical details are given in appendices.
Of course it is impossible in any single book to cover all important developments in aircraft aerodynamics. This book is definitely slanted toward the fundamentals -- the Wright brothers don't appear until nearly halfway through the book. The author, himself an authority on modern aerodynamics, only very briefly sketches developments of the past 50 years, on the grounds that they are too much a story in progress to make for concise history.
For readers used to thinking of the US as the world leader in airplane development and manufacture, it may come as a surprise to learn how often America trailed behind in the development of aerodynamics and how fortunate Americans were to have escaped the worst consequences of their nation's past (and recent) neglect of research in this vital area. In light of the book's emphasis on this, it was a little surprising to find another reviewer criticizing it as too slanted toward US developments. In leafing through the index I see a strong preponderance of names from outside the US. In order to keep the book to "only" 450 pages of text, however, the author does often concentrate on the main theme in a given area and does not cite all of the parallel and supporting work elsewhere, leading to neglect of some non-US (and some US) efforts.
I particularly liked the way the book puts a human face on the story by giving brief biographical summaries of the people who have played key roles in aerodynamics development and sketching the times and circumstances in which they worked.
Readers hoping for a brief (and somewhat impressionistic) introduction rather than Anderson's more comprehensive approach may want to look up Theodore von Kármán's _Aerodynamics_ (1954) or John E. Allen's _Aerodynamics: A space age survey_ (1966). The standard broad surveys of the development of aircraft design and technology are Ronald Miller & David Sawers, _The Technical Development of Modern Aviation_ (1970) and Laurence K. Loftin, Jr., _Quest for Performance: The Evolution of Modern Aircraft_ (1985; NASA SP-468).
Will O'Neil

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machine learning via support vector machines and kernelsReview Date: 2008-01-23
Advantage 1: Pattern recognition is a field of many disciplines. It has been studied by statisticians, mathematician, probabilists and engineering and people that call themselves computer scientists specializing in artificial intelligence. The field is old and has a long history but each discipline has developed their own jargon and many times the wheel has been reinvented. The advantage of this book is that these young scientists don't see that awful history. They have learned and mastered their subject in a basically engineering jargon but they include many concepts from statistics and statistical learning theory that are not common to engineering texts. This includes such topics as robust regression, ridge regression and spline estimation. Much of the classical statistical literature is cited. The book contains over 600 references including much of the authors own work.
Disadvantage 1: Because they are young they miss some of the important historical literature and key texts. I found it a little disappointing that the bootstrap which is a statistical tool that has played a major role in discriminant analysis (particularly in the estimation of classification error rates) was completely overlooked. Also although many important texts on pattern recognition, machine learning and discriminant analysis are cited the fine text by McLachlan is overlooked as is the recent relevant text by Hastie, Tibshirani and Friedman.
Advantage 2: This book highlights the work of Vapnik and Chervonenkis and provides nice concise descriptions that one can easily refer to when needed. The mathematics is deep and includes reproducing kernel Hilbert space and many important properties from functional analysis and statistical theory.
Disadvantage 2: The authors are more experienced at writing professional papers than at writing text books. Consequently the book does not flow well and the authors freely admit in their preface that it is best not to read the book in sequential order but rather to take the suggestions in the preface that differ based on the readers background and interest.
Having said all this, for someone like me, who is very knowledgeable about statistical pattern recognition this is a great text for getting me up to speed on an exciting new area that I know very little about. I became curious about it when I started reading Vapnik recently.
I am hoping that a careful reading of this book will give me an intuition about why this approach that incorporates kernel methods can be a powerful tool in pattern recognition and classification.
This book should be a useful reference for anyone interested in this research area. It could be used in an engineering or statistics course in pattern recognition at either the undergraduate or graduate levels depending on what material is covered.
In a recent communication with Bernhard Scholkopf I learned that his book was sent for publication before the Hastie et al. book went to press. So that is the only reason it wasn't referenced. I think that point is worth my mentioning in an editing of this review. Also on reflection I do not think the disadvantages are so great as to remove a star. So it is 5 stars for them.
I can only hope that they will reference the work of McLachlan and Hastie et al. in their future books and research on this subject.
best book of kernel methodsReview Date: 2004-07-10
The best thing is that after finishing one or two basic chapters, you can read the rest of the book in any order; most chapters are almost independent to each other. At the beginning of a chapter, the authors list the prerequistites, so a reader knows whether he will be able to understand the chapter.
For now the book still reflects the state of art. But it is a fast changing field. I hope the authors will update the book in the future.
Complete SVM GuideReview Date: 2008-02-21
Excellent overview of the theory of kernel-based methodsReview Date: 2007-06-21
Note that it is already getting somewhat dated. It for example includes little information on kernels for discreate structured input, such as trees and graphs.
In depth review of kernel methods in machine learningReview Date: 2005-10-24
Book assumes a lot of background in functional analysis and
probability. True, it has extensive appendixes but they are
short-handing the relevant materials only. However, having said
that, this is a book worth struggling with even if you have not
yet got the intuitions in the above mentioned disciplines.
It is worthwhile (at least as I can tell) to read the book
skipping the tool chapters (2-6) going back to them when one has
a point where those are needed. I found that to be much easier
as it provides a concrete use of the methods putting them
in context.

Used price: $17.64

A practical guide to get you going.Review Date: 2008-06-14
Excellent guide to getting more out of LinkedInReview Date: 2008-04-30
I would recommend this book both for new users (as I was), and also for folks who are already are using LinkedIn, but want to get more out of it.
Great ROIReview Date: 2008-03-07
Good return on invest.
Concise Networking Methods at your fingertipsReview Date: 2008-01-22
Kudos, Steve for such a sensible handbook that I make regular reference to. The thought provoking/ goal setting aspects keep me focused on my process of continuously improving my network.
The LinkedIn Personal Trainer
Everyman's Solid Introduction to LinkedInReview Date: 2008-01-28
I was encouraged to do more than fill in my LinkedIn profile and wait for results, by other people. It was their encouragement that got me to build, 50, 100 and now more than 4000 first level connections. Thanks to my friends, I got good advice. Not everyone is so lucky. For the rest of you, there is "The LinkedIn Personal Trainer". It's a small book FULL of practical and useful stuff that LinkedIn users should know. Even after four years LinkedIn membership I was still able to learn a trick or two.
I run training courses on the use of LinkedIn. I can tell you with assurance that 90% of LinkedIn users don't know this basic detail. That's why their profiles look like personal resumes, and why they fail to build their networks. LinkedIn works if you work. "The LinkedIn Personal Trainer" tells you HOW to WORK. If you've got fewer that 500 direct contacts on LinkedIn, you need to read this book.
Of course if you've got endless time you can use the help section of LinkedIn, and you can search the LinkedIn forums and you can find all Steven Tylock's advice without spending a cent. However, since time is your most precious resource, I do recommend buying the book.
John S Veitch
www.openfuture.biz/

Used price: $42.00

Machine Applique A Sampler of Techniques.Review Date: 2005-08-06
Thanks
Don't judge a book by its cover.Review Date: 2007-01-17
My go-to gal for machine appliquéReview Date: 2007-01-05
Kay Mackenzie
Author, Teapots to Appliqué
Revolutionizing!Review Date: 2003-05-28
Until now I have only appliqued by hand or using the fusible method. I don't like the raw-edge look, however, so I really gained a lot of value from Sue Nickel's insights on using glue.
If you haven't tried the iron-and glue method using freezer paper for machine applique that looks like it was done by hand, this book will inspire you!
There are lots of templates to try out her different methods and you can create a very traditional looking quilt from her patterns.
No turning under raw edgesReview Date: 2005-09-01

great childhood memoryReview Date: 2006-11-28
Max and Me and the Time MachineReview Date: 2006-06-20
Steve and Max are best friends, which is a good thing, because otherwise Max might have killed Steve by now. Who could get away with convincing you to eat a dog treat, if not your best friend? So when Steve comes to the clubhouse with a $2.50 time machine, Max isn't surprised. He doesn't take it seriously, but he's not surprised at all. After some explaining, he agrees to go with Steve to the year 1250... even if the contraption doesn't look like it's going to go anywhere. When Steve thinks Max is getting cold feet, he flips the switch before Max knows what's going on and they find themselves in the bodies of Sir Robert, a medieval knight, and his horse!
Stunned that it worked, thrilled with their success, the boys learn how things work in the Middle Ages. From quack doctors with potions to romance with an Earl's daughter, they're enjoying themselves quite a bit. Now all they have to do is hope the time machine brings them back before one of them is killed!
This is the kind of book that could easily translate into a series, with the boys travelling through time. Since the inventor of their machine, Professor Flybender, went off in search of Atlantis, never to return, there's a story to be told there - and if they tell it, I'll read it!
Surprisingly Funny!Review Date: 2006-05-24
great bookReview Date: 2005-12-05
Perfect for Young Readers!Review Date: 2000-11-06
Collectible price: $28.00

Another Gem of Classic Science Fiction.Review Date: 2004-11-01
MM&M is a sort of halfway house between a short story collection and a novel. We keep the same set of characters throughout, but the four sections can be read separately, as indeed the first three were published separately for magazines. The first and shortest, "Jay Score" , is a simple disaster in space yarn, though with a lovely twist at the end which I have no intention of revealing, and serves mainly to introduce us to the cast. The rest of the book is divided between three voyages of exploration, to the planets Mechanistria, Symbiotica and Mesmerica. The titles hint at the nature of the problems encountered by our intrepid heroes, as they meet malevolent aliens who attack them by methods mechanical, biological and psychological respectively
But by no means all the aliens shown are malevolent. The Martians of the title are both friendly and resourceful, and in two of the stories, the human characters might well have perished without them. Again, a very advanced attitude to "race relations" for the time of publication.
All in all, a great read. My only gripe about MM&M (as about Russell's later book, "The Great Explosion") is that there simply isn't enough of it. I should have loved to follow the "Marathon" on a dozen voyages into the unknown, rather than three. Still, I shall be forever grateful for what there is. Enjoy
Excellent Even When TranslatedReview Date: 2005-11-19
Why Only Four Stories??Review Date: 2001-06-12
A timeless bookReview Date: 2000-12-28
The Martians we'd really like to meet...Review Date: 2000-07-08

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this is one inspiring book!Review Date: 2006-11-07
I would recommend this for anyone considering using these techniques in their artwork.
linda
Amazing artworkReview Date: 2006-11-03
I use it all the time to try new things and for inspiration.
Great eye candy and techniques for paper artistsReview Date: 2007-03-24
Paper MuseReview Date: 2006-01-08
Delicious!
Additionally, it seems very approachable for someone new to paper arts (as I am) and yet was also enjoyed by someone who has taught paper arts.
teach an old dog to stitch!Review Date: 2006-01-18
oh boy was i wrong! Ms. Grey's techniques for changing paper to metal and metal to stitch is quite fun! i thoroughly enjoyed just savoring every page the first time around and then i started actually playing. this is a terrific book for inspiration, teaching, learning, doing, and of course, her handiwork is quite the eye candy. i will have this book on my shelves for many years to come.
Related Subjects: Airplanes Boats Cars and Trucks Robots
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