Simulation Books

This book is a bargain for FSX users. Very detailed with over 700 pages of information. I am a private pilot and throughly enjoyed reading through this manual, especially when flying my FSX program. In addition the extra missions, charts & challanges, are certainly worth the book. The extras are free off the internet, and you'll probably have to wait until the web site is "free" as I suspect it is very busy. The book is great for learning a "new" aircraft, and best of all it gets you in the air quickly if you have never flown before. The internet stuff comes up inside the FSX program itself, and it quite complete with charts etc. for each mission. This book is certainly worth the money for what you get.

This book is a fantastic guide to flight sim and flying. It has loads of details without being boring. A great reference item to keep on your desktop cockpit.

This is a good book for real pilots who would like to improve their MS Flight Simulator experience, as well as for non-pilots who would like to become pilots. The book is written in simple terms so the new student will understand, but there is clearly enough there to benefit the accomplished pilot both from a aviation knowledge and simulation point of view. I am an ATP and CFI and have found nuggets of wisdom that I will use in flying and teaching. Mostly I am making my flight simulator experience richer and more fun by getting to know the software and online world better. My simulator is complete with yoke, multi-engine throttle quadrant, rudder pedals, multi-function panel, and three monitors. The only disappointment so far in the book is the recommendation that you open multiple views on one screen, without recommending adding another monitor and opening the view there. I have found that with multiple monitors I can effectively fly VFR by looking out the left window (left monitor), placing the instrument panel and forward looking screen on the middle monitor, and radio equipment on the right monitor. This is also ideal for IFR practice, which I do every day. I also use FS2004 (not FSX) and still find the book germane, even though it is not specific to my older version.

Even though I own two airplanes, I still fly MS Flight Simulator because I can practice to perfection procedures that make my real world flying much better. This book helps me reach that goal. I am looking forward to continually expanding my sim experience, and maybe I'll see you online!

I got this book and was amazed! It is a huge book and has everything in it. I have only started and this book has all the details and covers pretty much everything you need.

I think based on the reviews below - you get the drift. Those reviews speak for themselves (and the book). I don't need to repeat every thing noted by the other reviewers. It's a great book and I learned more than I would have ever thought.

Don't let the 800 pages scare you off. The diagrams and the tutorial flights are just awesome. I have been flying MSFS since way back in the early days. The interest over the years has come and gone and I would skip a version here and there... then FSX hit the market. I since have turned this interest into a full fledged hobby. Everything from a TrackIR, Matrox (3 screens), Rudder pedals, yokes,good PC and a full set of navigational charts and IAPs - I thought I had it all together and knew everything there was to learn. What I found out from this book, I had barely scratched the surface. What I was missing was real world knowledge. This book has tied it all together and has made my hobby seem almost as authentic as the real deal. Now I can go any place at anytime in any aircraft.

Great great book! Do yourself a favor and invest the tiny expense (relative to the rest of this hobby) and enjoy. Remember, it's all about the journey and not the finish line. Soak up the knowledge that these authors have penned for your simming pleasure!

If you would like more information or would like to discuss simming in general feel free to contact me at fly-bman2006@hotmail.com

Bman.

This is the story of a brilliant young man who seems to be always on the move, moving from one interesting city to the other.

At the beginning, the author leaves New Delhi for US, where he is awarded a fellowship to study at University of California, but he gets caught into culture shock, as well as an internal dilemma, seeking a deeper meaning of life. While he is most vulnerable, he manages to fall in love with one his student but is unable to express his feelings.

Then he seems to have gone through the roller coaster ride of the technology industry emerging as a winner, a successful technologist leading a group of innovators.

We end in beautiful San Diego, with a moving story about how the author and his family face the Inferno, the great wildfires of 2007.

I don't believe anyone has experienced living unless they have ventured around like the author has. It is in his narratives, his reaction to the challenges he faces and his observations of people and culture of various places that he truly shines.

It is my top read of the year!

Whether you ever wondered about meaning of it all, or you want to read something light amusing, or want to see places like Seattle, San Diego, and Nashville from the eyes of the writer, or vicariously live the life of a student at University of California, this book is for you!

This book combines elements from good humor, a memoir, a scenic travelogue, a touching love story, science fiction and philosophy.

The author, pretends to be an Artificial Imagination computer program simulating human creativity, describes the life/career journey of a modern nomad through the Hi Tech world of California and Washington (Settle). The book is clever, witty and obviously written by someone very intelligent but still manages to be very down to earth and funny! it's light reading, the author has a conversational style, you feel as if you are reading a letter from a close friend!!

As a travelogue, Welcome to the USA is pretty good, Kalpanik certainly made me think about wanting to go to San Diego, Seattle and Nashville.

as a character. Kalpanik seems simultaneously incredibly thoughtful and serious and yet someone who has a carefree attitude towards life, someone who handle life as it happens!

It's a light reading, and yet thoughtful; funny yet serious; conversational yet literary!

This book takes many life concepts expressed in different forms and combine them in a mishmash. He structures the 12 different personal essays, each highlighting a particular transitional period in his life or a specific experience in to a beautiful collage of experiences in this book very successfully. What a funny memoir!

Kalpanik S. is a fine writer with a lot to say about a lot of things and a unique way of making you laugh! I highly recommend her book.

ReKalpanik S. takes us through his arrival in USA as a student and subsequent travel to several places - San Francisco, Seattle, Nashville, and San Diego. In each places, he focuses on similar aspect of his life as a technologist and an immigrant - acceptance by local people, standing out as a ethnic minority and foreign born, life as a technology execuitve and family life. In addition, he covers local food, people, culture and sources of enjoyment, joy, and finally, and his quest for love and balance.


He adds so much meaning, passion and humor, he is so open with the readers that I felt like I was reading a private letter that someone would write only to their best friends.

The writing is refreshingly unexpected, humorous and meaningful. Great read!!

I agree with many of the other reviewers - this book is great. I recently got Mathematica and found the imbedded Help browser a little cryptic at times. I purchased Mathematica Navigator after reading many of the reviews here. I haven't read the book from cover to cover, but instead use it as a reference after having read chapters 1 through 3.

I'm studying Matrix algebra, so I skipped to Chapter 18 and worked through the examples without any problem, save a small error on page 467 where an upper case P was typed in lower case.

Highly recommend for anyone wanting help making the most out of very powerful software.

Very well written and full of useful information to start learning Mathematica. It covers all the foundamentals.

This is a GREAT reference book. You won't learn how to program Mathematica from it. You will learn an amazing amount about how Mathematica works by reading it. If you don't believe me, check out it's thorough explanation of cubic splines. It's better than the Mathematica Help. It also comes with the complete book which can be installed in the Mathematica help system.

There is, literally, a wealth of information to work with in this book.

I would also strongly recommend getting An Introduction to Programming with Mathematica, Third Edition. This is a first rate "course in a book" for programming.

There are other books which are good. Between these two books, you will have an amazing arsenal to work with!

Paul

Mathematica is an excellent program, with good built-in and online documentation - although many feel the Documentation Centre in version 6 is not as good as the Help Browser in version 5.2. But sooner or later you will find a problem for which the official Mathematica documentation does not help. The program can then be very frustrating, as the syntax is complicated and error messages can be very cryptic. Help online is painfully slow, as the official resource, the news group comp.soft-sys.math.mathematica (Mathgroup), is moderated, so help requests have to be approved before they will appear. (The newsgroup sci.math.symbolic is sometimes helpful and since its not controlled by Wolfram Research, posts appear immediately). Hence Mathematica users will need one or more good books - more so than with other similar programs such as Maple or Matlab.

In addition to the book Mathematica Navigator by Ruskeepaa, I own several other books on Mathematica, including:
* The Mathematica Book, Fifth Edition by Stephen Wolfram
* The Mathematica Guidebook: Programming by Michael Trott.
* The Mathematica GuideBook for Symbolics (w/ DVD) by Michael Trott.
* Schaum's Outline of Mathematica by Eugene Don
* An Introduction to Programming with Mathematica, Third Edition by Paul Wellin
* Programming in Mathematica (3rd Edition) by Roman Maeder - I also own the first edition.
* The Beginners Guide to MathematicaRG, Version 4 by Jerry Glynn and Theordore Gray

plus a few more old books I've either had a very long time or bought very cheaply on Amazon.

Given the choice of only one book, I would choose Mathematica Navigator by Ruskeepaa. It comes with a CD-ROM which has the whole contents of the book, which may be integrated into Mathematica's help system. It's not unique in that respect, as so do Micheal Trott's Mathematica Guidebooks, but they have far too much irrelevant material in them. Ruskeepaa's book sticks to important facts about Mathematica. The book covers a wide range of topics. Sometimes I wish in more depth, but the book offers a good compromise between width and depth. In particular, the information on writing Mathematica programs is far too short, so its unlikely to satisfy someone wanting to write a major Mathematica package. For writing packages, Programming in Mathematica (3rd Edition) by Roman Maeder based on Mathematica 3 is arguably still the best, although Maeder's 1997 book is very old.

The only significant fault I can find of Ruskeepaa's book is its age. Mathematica 6 is a really major upgrade from 5 with many functions now built into the kernel which previously needed to be loaded from packages. Many functions or options have been deprecated. As such, some of the information is no longer accurate. But given at the time of writing (December 2007) there is no book on Mathematica 6 published, I think Ruskeepaa's book, which is based on version 5, is the best Mathematica users can get. However, if by the time you read this, someone has published a book on Mathematica 6, then it might be worth buying that instead.

I would have given this 5 stars, but it is getting a bit dated now.

I liked the first version so much that I bought this second edition also. The first edition was based on Mathematica 3 but this second edition is based on Mathematica 5 (Mathematica 6 has only just shipped within the past 2 months).

As did the first edition, this second edition comes with a cd that contains the entire book in Mathematica notebook form. The style sheets used to format the second edition cd notebooks are much cleaner looking than the first.

At anyrate, I definitely recommend the second edition even if you already have the first edition.

I purchased Jain's "The Art of Computer Systems Performance Analysis" for a 3-month graduate course, and I must admit that, in retrospect, I was a bit daunted by its size upon receipt (we were to cover the entire text). Further, I had my doubts about the relevancy of the text in the current environment, given its age.

But I must say, both of these initial questions proved wholly unfounded.

I've never used a text quite like this one before; it is a significant departure from the standard engineering text that weighs heavily on the side of analytical proof and mathematical equations, while foregoing textual elaboration. On the contrary, this book adopts a conversational tone whereby the author develops all of the book's topics in great detail, relying on substantial insight and experience. Truly, a breath of fresh air.

There's such a richness about this text, that a careful read--while admittedly quite time-consuming--is bound to give the reader a sense that he has just become the beneficiary of a heck of a lot of wisdom.

All of this is not to say the text is overly-subjective; in fact, there is plenty of detailed analytical analysis. It is just to say that the book is different, and one that exudes quality communication: it reads more like a lecture than it does lecture notes.

So, back to my initial doubts. It turns out that the verbose depth of material which constitutes the book's 720 pages is really a foundation of its main qualities: it is a very readable and highly-detailed exploration of the art and the craft of performance analysis. And it's for that foundational reason that its age is irrelevant.

A solid book indeed. It has the right mixture of theory and practical cases well dealt with. The techinques must be tried for performance analysis and implemented in real time projects.

This old book is one of the most valued on my shelf. I was first exposed to it in a graduate class, and I have to say that the book is so good I was not aware that my professor was not a good instructor until I had him a second time in a class where the textbook was less than stellar. Don't judge the book by a quick perusal either. At first glance, especially if you are looking at Part I, it looks like one of those books on Six Sigma that will put you to sleep. In fact, the vast majority of the book is quite interesting.

Part II, "Measurement Techniques and Tools", are where things get interesting. The good part about this entire book is that it uses problems in the analysis of computer systems as the basis of presentation for all tools presented. The graphs are excellent, the mathematics are largely self-contained, and if algorithms are presented they are usually given in numbered steps and an actual computer program shown. This is one drawback of the book - it uses the ancient Simula language for its demonstration code. However, if you are familiar with C, Java, or any of the other mainstream procedural languages, you'll find that Simula looks like very readable pseudocode, so this should not be an obstacle to understanding.

Part III is a section dedicated entirely to probability theory and statistics. Starting with the simple definition of the mean, this handy section not only derives all of the statistics you need in this book, it talks about common mistakes made in applying them.

Part IV is about experimental design and analysis. Using the mathematics developed in part three this section talks about all aspects of designing a proper experiment for the measurement or simulation of a computer system, including common mistakes and the best choice for the size of your experiment.

Part V presents the key issues in simulation modeling. First it discusses simulation terminology, simulation design criteria, and stopping conditions. Random number generation is the subject of three chapters in reference to inputs to your simulation. Finally there is a chapter on the commonly used distributions such as Bernoulli, beta, binomial, etc. that talks specifically about random number generation algorithms for each of the distributions presented. What makes this section so valuable is that although you may have possibly seen the math before, more than likely you don't know the value of each kind of distribution. This section makes that issue clear in terms of modeling computer performance.

Part VI is on queuing models, and is probably the most difficult section in the book. Although it is one of the better written pieces I have read on queueing theory, it is not as easily grasped as previous sections based on reading the textbook alone. There are examples present, and the book does a good job of presenting "the big picture" as to the use of queueing theory in computer performance analysis, but you may need outside material to really grasp how to set up a queueing problem from a mathematical standpoint.

No other book I've found does such a good job of discussing all of the topics covered and clearly tying it into practical issues in measuring and monitoring system performance. I highly recommend it.

I'm a performance analyst. I couldn't do my job properly without this book. It really is that simple.

This is an absolute gem. I really think that this book must be read by every CS/EE engineer. Performance analysis is always something that comes as an afterthought and engineers think that some some "mathematical" guy called a perf analyst will stop by after the product is completed and analyze the product. This is def wrong. PA should be done at every stage of production.

This book has been written assuming a novice reader. Several parts of the book have to re-read to really understand what the author is trying to convey, but trust me you will really appreciate it.

I suggest reading the following parts of the book(in order):

Part I (whole)
Part II (4, 5, 6, browse {7,8}, 9, 10 ) 10 is cool stuff..impress your peers with this
Part III (whole) read, re-read, re-read till you have digested every line..worth it really!!!!
Part IV (whole) read, re-read, re-read till you have digested every line..worth it really!!!!
Part V : You can skip this if you are not into simulation.
Part VI : Not really that easy to follow. I suggest Gunter's book for this.

It contains many many exiting problems and stimulate to go through the world of art of biology and mathematics. This book can guide the way where to go when you lost in the world of biomathematics, specifically molecular modeling. It looks like a well-organized dictionary with analysis. So it is good for a beginner and also deep-thinker in computational biology field.

As a person with no expertise in molecular modeling who wanted to learn about this field, this book is right on! I find the author's lively text to be as well-written and clear as any science textbook I have ever read. I especially enjoyed the first two chapters for their historical perspective and their practical illustrations of applications of genetics in the world today. These chapters can be understood by non-scientists, whereas the rest of the book is clearly designed for graduate students in any one of the science disciplines.

The interesting information sprinkled throughout the book, including the boxes and figures, help keep the reader stimulated and yearning for greater knowledge of this exciting field. The color graphics also complement the book nicely. Although the subject covered in the book is extremely broad, the author managed to convey the perspectives of multiple scientific disciplines (e.g., biology, chemistry, computer science, math) very well. The combination of breadth and depth in a readable style is remarkable.

Overall, I highly recommend this book to readers interested in the area.

This book covers state-of-arts technologies used in today's hot field: molecular modeling. The book is easy to understand and it is suitable for graduate students in both theoretic majors and experimental majors. The homeworks in the book are practical for students to learn basic molecular modeling computer skills very fast.

Dr. Schlick is an expert in this field and her group has published tons of molecular modeling research papers. Her expertise also makes this book valuable for computational scientific researchers. I highly recommend it.

... not only to molecular modeling, but to some of the subtleties of DNA and protein behavior and geometry, too.

This book's focus is generally on interactions with large molecules, DNA and proteins, although it does discuss small molecules (drugs, a few dozen to a few hundred atoms) too. That means that it skips most of the quantum mechanical modeling of more advanced computational chemistry texts.

Nothing is lost, because Schlick covers her chosen topic (molecular modeling and dynamics) in such detail. She starts with a very clear discussion of the structure of large biomolecules, with emphasis on the features that need quantitative description for modeling. That covers protein structure at ever level. It also covers DNA/RNA structure in the best detail I've ever seen. The double-helix is the just the starting point. There are alternative helix forms, non-standard binding between nucleotides, and asymmetries caused by nucleotide composition. The next chapters describe the geometric model and, briefly, the forces acting between atoms.

The second half of the book gets down to the nuts and bolts of modeling. This includes numerical techniques, minimization, sampling and Monte Carlo techniques, and the start of dynamics. Schlick attacks some of the nasty points of the calculations, such as modeling of forces that act on very different time scales. As with the simpler material, the development is clear, descriptive, and free of pointless theorems. The meticulous reader should come away able to implement most or all of the techniques described. The level of presentation is consistent and approachable. I think freshman physics should be enough preparation for most students to get most of the value out of the discussion.

The book is written with clarity as a top priority. The glossary is in the front, making sure that the reader knows it's a first-class part of the text. After that, every chapter starts with a list of the mathematical symbols and variables used and a one-line description of each. These are small things, but they increase the book's readability immensely. The illustrations are generally informative enough. On the whole, though, they don't seem quite up to the level of the textual and mathematical presentations.

I needed a crash course in the mathematical techniques used for describing molecular structure and behavior. I should have read this book first - its clarity and thoroughness would have saved me a lot of time. After this one, I can now go back and reread the more complex texts with more hops of understanding. Do yourself a favor and read this one first.

I highly recommend Professor T. Schlick's book. It is beautifully written with many examples and great illustrations. The book is truly interdisciplinary; it covers, in good depth, both the biological and mathematical aspects of computational structural biology. Most chapters start with an amenable introduction and finish with "hands-on" recommendations and future challenges. I was particularly pleased with the level of detail in each chapter (in particular those that show the reader the advantages and pitfalls of the different methods presented). My colleague Mariel Vazquez and I used this book in the design and preparation of our "Special topics in Mathematics" course at the UC Berkeley Mathematics Department during the Spring of 2003.

This upper-level undergraduate/lower-level graduate course was centered on mathematical and computational models of the three dimensional structure of DNA, and DNA topology. We found Professor T. Schlick's book very useful in our class preparation. In particular we covered chapter 5 (DNA structure) completely, sections 3 and 4 from chapter 7 (basic principles and formulation of atomic interactions in molecular mechanics), and several sections or subsections from chapters 8 and 9 (force terms used in molecular dynamics simulations). We also covered most of the material in chapter 10 (Multivariate Minimization), and gave a brief introduction to chapter 11 (Monte-Carlo techniques) and chapter 12 (Molecular Dynamics algorithms).

Chapter 5 starts with a very amenable and brief introduction that relates DNA with other biological processes and describes some of the challenges in studying DNA structure. It continues describing the basic building blocks of DNA. The author wisely spends some time defining the nomenclature for each of the atoms, angles and bonds that form these basic blocks. The following sections teach the reader what parameters are relevant for describing a DNA double helix and how they characterize the A, B and Z- forms of DNA. Illustrations in this chapter are particularly helpful.

Although our course's approach to DNA supercoiling was different that the one in the book I found particularly useful some illustrations in chapter 6 and movies (to be found in her webpage) that Prof. Schlick's group has developed over the years. In brief, chapter 6 is a study of more complex structures and behavior of DNA (such as structural role of the DNA sequence, DNA-protein interactions, and higher order organization of DNA -i.e. DNA supercoiling and histone-DNA interactions). This chapter can be a good source for short research projects (e.g. final projects).

Chapters 7, 8 and 9 describe the basic concepts in molecular mechanics. From sections 7.3 and 7.4 I found of interest how the author addresses the problem of the system size (i.e. number of interacting molecules) and some of the details that the author gives for modeling the geometry of atomic interactions. At the end of the chapter (section 7.4.3) interested readers can find some of the limitations of current approaches. Chapters 8 and 9 describe in depth the force fields and how to implement them. Chapter 9 also illustrates with clarity how to implement periodic boundary conditions and the advantages of using different lattice models.

Chapter 10 describes a number of familiar methods for energy minimization (i.e. steepest descent, conjugate gradient, etc....). We used sections 10.1 to 10.4 and section 10.5.2 (conjugate gradient). I found the Hessian patterns shown in figures 10.4 and 10.5 and the minimization trajectories shown in 10.10 very pedagogical. As in previous chapters the author finishes with practical recommendations and future challenges.

We left chapter 11 (Monte Carlo methods) for last in the course and discussed chapter 12 (molecular dynamics) first. As in previous chapters the author gives a very nice introduction (section 12.1 and 12.2) and covers the basics on simulation protocols in sections 12.3 and 12.4. Section 12.4 describes the basic integration algorithms such as leap-frog, verlet, etc... Figure 12.3 was revealing for the students as it compares the time scales in biological systems.

Chapter 11 (Monte-Carlo methods) provides a very comprehensive introduction to Monte-Carlo methods. We found particularly useful some of the subsections of random number generation and the treatment of Importance sampling and Markov chains in section 11.5.

As mentioned earlier we were particularly delighted with the amount of details given in each topic. For example chapters 7 and 8 provide all the formalism needed for the problems of molecular mechanics. In section 8.4 (bond angle potential) the author highlights the differences (both formally and by figures-see figure 8.4) between different formulations of the problem (see also figure 8.6). In Chapter 10 the author describes minimization algorithms in detail and shows some of the patterns that one observes in the Hessian associated to minimization functions of biological structures (see figs. 10.4, 10.5 and 10.11). She also makes very detailed comparisons between the different minimization methods (see figs 10. 2, 10.10). In chapter 12 she compares the different methods and initial conditions for the algorithms discussed (figs 12.3, 12.4, 12.6).

Overall we found that Prof. T. Schlick's book is very adequate for a broad spectrum of levels and very accessible to both graduate and undergraduate students interested in mathematical modeling and computational biology. It is also very well organized facilitating the option of selecting parts of the material for the classroom or for use in one's research.

This was actually my first experience with Doris Lessing, tho I've heard of her for years. Her picture of the So. African experience was quite revealing but I got a little tired of the analysis of those who joined the communist movement. It seems that though she worked as an activist, she never really
'bought' the doctrine, to her credit. But she seems to have a need to over analyse the motives. It seems to me that most of the people were just trying to improve the social ills of the time and were taken in by the communist rhetoric. The writing was good enough to keep me reading even though I wasn't too happy with the her bohemian attitude; abandoning her children, taking successive lovers.... I respect her intellect but not her morals.
I am not inclined to look for the second installment.

Doris Lessing has led such an interesting life, and writing a diary all the time. She writes of a time completely foreign to me, living a history of the changes in Southern Afica. I find her autobiography a great read, and prefer it to her novels. Interesting and moving, and explains much about her!

This is a hard-hitting piece of autobiography. Lessing looks at her parents and their world of colonial mastery from the point of view of her younger, increasingly disenchanted self. Lessing was gathering steam in those years, to emerge as one of the prominent novelists of the post-war era. In this, the first of a two-volume autobiography, she is beginning to grow critical of her parents, colonialism, white supremacy, men - her husband in particular - and just beginning to flirt for a short time with the great experiment in group-think of the period known as Communism. She falls for it for a time, but not for long. It will take her a while, but she finally emerges along with George Orwell as the most articulate critic of this mindless, toxic form of self-imposed mental slavery. She writes of her fellow-traveling, communist-sympathizing friends as silly people, which strikes me as as good a way to think of them as any. Lessing provides, along with her political autobiography, a lovely evocation of Africa, the landscape and people, about whom she wrote as a young novelist and to whom she has continued to refer throughout her long and continuing career as a writer.

This is a candid autobiography with as main themes love, sex (good sex, as Doris Lessing calls it, is a right for everybody) and politics in South-Rhodesia (now Zimbabwe) ruled by a blank minority.
It is a gripping, moving and realistic picture, wherein the author tries to find answers to personal and more general human questions: why was she so outspoken rebellious and, on the contrary, so strictly loyal to the communist movement?
Why are people fighting relentlessly each other, and on the other hand, striving for happiness?
Are the people of her generation all children of World War I? Why was her father a freemason?

This book is written like an irresistible waterfall. Not to be missed.

Under My Skin

Doris Lessing's autobiography traces her political and emotional development from her earliest childhood memories to her growing, overwhelming, disenchantment with provincial (as she saw it) small town life. "Small town" life for her was pre-WWII Salisbury in the (then) British colony of Southern Rhodesia. Salisbury was a complacent capital city of 10,000 white settlers in a country the size of Spain.
Lessing is quick to debunk the myth of the prosperous, close knit, white farming community - poverty was a real fact of life both for blacks and whites. Her most vivid childhood memories are of escaping from the family home and off into the limitless veld. The emptiness of the veld parallels her youthful emptiness and her growing convictions that the communist party represents a real hope for the world.
The book, a masterpiece of autobiographical writing, is brutally honest in parts and wilfully obscure in others. Some of her emotional mistakes are hardly glanced at (leaving her first two children, for example) but others (the joys of being part of a fast, hard drinking sect, embracing radical politics) are wonderfully engaging. Reading her thoughts you could be forgiven for thinking that the "party" was the only opposition to conservative white rule in Salisbury. This is what makes her book so appealing, her supreme skill as a novelist allowing us to enter the heady world of rushed meetings, leftist newspaper deliveries, drinks on the sports club verandah and back in time to find the cook still waiting to prepare supper. Naturally it couldn't last and Lessing is far too intelligent to think that that is all there is to life. The book ends in 1949 as she arrives in London, apprehensive and hopeful in the capital city of her parents.
This is more than a `who-did-what' from a long time ago, times and dates are (probably deliberately) rarely mentioned. It is the personalities and the ideas - most of all the ideas - sliding from youthful enthusiasm to mature realism which fuse the book with life and vitality. `Under My Skin', published in 1992, is that rare thing, a candid autobiography written by a consummate novelist with skills to spare. Doris Lessing is a national treasure.

David Fogel has done a painstaking job of examining the historical record of Evolutionary Computation (EC) and recording both early and seminal papers in field. As a lecturer on EC, I have found the book to be an important, intriguing and insightful supplement to the course.

I think the book's strengths are twofold. First, that the important ideas in EC "popped up" in many earlier guises. I find it fascinating to discover concepts like "schema theory" and "bloated programs" addressed in at least a primitive form in papers going back to the 1950's. EC may be a "new science" but it clearly has deep roots. Second (and a more general point), that ideas themselves are not all that is required to do science. Timing and other factors play a role in how ideas get pushed forward and recognized by other researchers. It is a point that would be well taken by young researchers in any field.

There are some things that could be improved. One could quibble about the selection of papers, though I think Dr. Fogel's selections are well justified. For readability's sake I think the formatting of some of the papers could have been redone. Furthermore some papers might have been better presented in an abridged format. Overall, however, I think the book's minor flaws are far outweighed by its contribution to the field. Serious students in EC should definitely look at this book.

The collection of papers included in this book not only serves to explore the origins of evolutionary computation, but also shows some contributions that could had been turning points in the field but that somehow never received enough attention. The comments of David Fogel preceding each chapter are refreshing and show a deep and extensive knowledge of the field. His meticulous work of selecting, editing and commenting this valuable collection of papers certainly deserves my highest admiration. I have decided to use some of the papers contained in this book for my Graduate courses and seminars on evolutionary computation because I think that these early attempts (either successful or not) to simulate evolution in a computer must be studied by any serious EC researcher.

This is not your ordinary volume of collection of papers, this is a treasure chest for all those who truly want to understand the "evolution" of the ideas behind contemporary Evolutionary computation. David Fogel's thorough knowledge of the field and his passion for>tracking down the origins of the key ideas are evident in his introductions to each group of papers. Each time I have opened the book I have made delightful and often quite unexpected discoveries for myself. I wish to thank David Fogel for this outstanding work.

Evolutionary computation techniques (i.e., techniques based on the metaphor of natural evolution) constitute one of the most fascinating areas of computer science. Despite a long history of research spanning over several decades, evolutionary techniques are still of increasing interest because of their applicability to many real-world problems in science and engineering. However, many recent discoveries have their roots in the past (this is probably true in any discipline of science), and perforce, it is important to "look back" at some of the early developments in this field. Apart from the interesting ideas that emerged many years ago (e.g., artificial life, co-evolution, evolving computer programs, etc), a number of papers in this volume contain latent ideas that have not been fully exploited.

David Fogel accomplished a great feat by searching, reading, and selecting a collection of papers that constitute "the fossil record of evolutionary computation." This volume contains almost 30 important research articles that establish the foundations of evolutionary computation, including seminal articles written by Ingo Rechenberg, Lawrence Fogel, John Holland, Hans Bremermann, Nils Barricelli, Alex Fraser, Michael Conrad, and John Koza. All the articles were grouped carefully into meaningful units, each prefaced by an introduction written by David Fogel.

Researchers will find this volume to be an extremely interesting guide to the background of concepts of evolutionary computation. It is appropriate for anyone who is in search for such answers as: where did these techniques come from? where are they going? and what is their potential? But, above all, the book provides a unique experience of addressing the most fascinating question: "how is an idea born"? For this reason alone, this book is a must for any researcher in this or any other related field.

A rare piece of scholarship by one of the leading scientists in the field. Evolutionary Computation has only recently matured to the point of being a separate discipline. The Fossil Record is a remarkable compilation of foundational research. Fogel does an excellent job of placing each work in its historical context. In many cases, he was fortunate enough to interview these pioneers of computer science, artificial intelligence, mathematical biology, engineering, cybernetics, and evolutionary theory. As such, he provides unique insights into the motivations, methodologies, and philosophies of some of the most original thinkers in science.

Russell W. Anderson, Staff Scientist, HNC Software, and Associate Editor, IEEE Transactions on Evolutionary Computation

A very thoroughly written book. I found some information on all-flying tails that I haven't found any where else. However, Dr. Phillips uses nomenclature that are not what I call traditional nomenclature. Not really a big problem, just different from what I'm use to.

"Mechanics of Flight" will become a classic in the aerodynamicist's library alongside Abbott and Von Doenhoff's "Theory of Wing Sections". Here's why:

* Coverage of topics in aircraft design is exhaustive. From balancing lift and weight for steady flight, on through off axis forces and moments from running propellers, to 6-dof formulas for aircraft dynamic modes, to how propeller location affects aircraft stability, and on and on. Great for both the beginner and the authority in aircraft.

* Often a completely thorough analysis including the minutest effects is presented along with a linearized or simplified method. The simplified analysis is so useful for rapid conceptual design and study of fundamentals, while the detailed analysis gives a complete grasp of the physics and phenomena involved. Plus, in simplifying a complex derivation, the reader is shown which parameters may be safely neglected and which require careful scrutiny, and what is engineering if not intelligently ignoring smaller effects to come up with a reasonable solution to a problem?

* The figures! Well thought out and consistent, the figures clearly illustrate the material.

* Actual aircraft data is used in the example and homework problems. I have a feel for the performance of several classes of aircraft simply from using this book.

* Phillips derives everything, and I mean everything using the fundamental laws of physics as the starting point. A student would be very well served to go through these derivations themselves. Phillips basically shows the student how to learn and how to think mathematically. No shortcuts here. I wish I had learned these things very early on in my own schooling.

* Phillips has included experimental data along with rigorous analytical derivation and computer numerical analysis. I believe that all three are necessary for a true understanding of fluid dynamics.

The bottom line: Buy and use this book! While it is true that the material is focused on subsonic flight, I work for a large airframer of supersonic aircraft and I find the principles and fundamentals to be extremely useful in my work. Whether you are a student or a professional, if you have an interest in aerodynamics this is THE book to use.

This book lays out the concepts of aircraft performance and simulation in an exceptionally clear and easy to follow format. There is no wondering how the concepts in each chapter fit together and how they apply to aircraft design or analysis.

The formulations for aircraft performance are very robust and provide the reader/student with the formulation of each equation from basic priciples in an easy to understand style.

A highlight of the book are the chapters on flight simulation and dynamic stability. The methods presented for 6-dof dynamic stability and quaternion based flight simulation are clearly explained and the examples provided walk the reader through the process of implementing them. These methods are also faster and more accurate than similar methods I have seen used here at NAVAIR, and implement them every time I can into older codes.

This book covers every aspect of flight mechanics that the beginning and intermediate student needs to know and does not confuse the reader!!

This text provides unparalled detail in it's discussion of flight mechanics. It contains clear and concise derivations of underlying equations and has well planned figures and example problems. Subject matter includes static and dynamic stability, propulsion, lifting line theory, 6-dof flight simulation with quaternions, along with many other essential topics. I particularly appreciated the straightforward way in which Phillips applies numerical methods to solving many of the problems. The equations required are located in such a manner as to make it easy to find what you need. Though mainly geared toward subsonic flight, I have found the understanding gained through this book invaluable in the design of supersonic vehicles. This is a great book for students learning the subject for the first time and a must have for engineering professionals and aircraft enthusiasts.

I am an Aerospace engineer working for the Air Force. While attending the annual AIAA aerospace convention in Reno Nevada, I met a professor from Denmark who raved about the work and research of a professor local to the west, Phillips. This seasoned scholar from Denmark wouldn't miss a session if he found Phillips' name appearing in it. I picked up the "Mechanics of Flight" which was on display for the first time at that conference. Due to the mountain of topics covered (900+ pages) I can't say that I have read every line of that book but the material I studied was impressive. I've never seen such complete derivations right from F=MA. The explanations are meticulous and thorough. I coded a real-time 6-DOF flight simulator for a midsized RCAV using this book as the main reference. I've never seen such a straightforward explanation of Quaternion algebra. If there were a "bible" of flight mechanics and dynamics, I would certainly give this my vote over any other in its class.

Excellent modelling environment. Flexible, robust, and approved software. Exemplary manual elucidates numerical and hydraulic background

PMWIN is an excellent software for the simulation of groundwater flow and transport. This comprehensive software makes it easy to setup own groundwater problems. It comprises a lot of additional programs and useful tools which help to describe and analyse a problem very clearly. For example, a model for the simulation of single and multi-species transport is included as well as the full version of PEST, the famous code for parameter estimation. Many features facilitate showing and printing of the results. The book contains a lot of elucidations and examples. Some features are still in development but should be released soon, like 3D visualization and geochemical model. Alltogether a very recommandable book and software.

I was using earlier version of pmwin and 3-d visualisation was missing. Therefore I always in preferred to work with Visual Modflow with 3-D explorer and GMS. Now using version 5 of PMWIN with 3-D explorer, I was thrilled. Really it is wounderful and quite simple. I do not find it is less than other counter part Commercial Software. Its 3-D explorer is better than Visual Modflow 3-d explorer.

PMWIN is a robust simulation system capable of modeling groundwater flow and solute transport. It is easy to use and import figures of differing formats. The GUI (graphical user interface) is user friendly. The text presents all the information, graphics and illustrations of the GUI making it easy to understand and use. I highly recommend this program.

To learn the groundwater modeling techniques, the students or the professionals need the suitable software and the textbook which explaines clearly the theory and the used software.The book must explaine the procedures step by step and from start to to the end.But nowadays, if you have not enough money to purchase the commercial modflow based software, it is a pity that you have to learn MODFLOW codes.It was the undesriable things.Hydrogeological modeling means interpretation.But there is no possibility to see visual something among the codes.I created the input and as a result output errors during the simulations with codes at the beginning.There is a good words in computer technology; Gap In Gap Out.It summurizes the best what i meant.Definitely all hydrogeologists have to know all background informations on groundwater modeling techniques and the structure of used softwares. But i think, groundwater modeling is more than a science, it is a art which must have a visual effect.So that I have looked for the best groundwater modeling book and the software since 1991.At the end, i have found, what i have ever looked for. This is this book which combines the latest modeling techniques and the latest modeling software.You can learn the latest modeling techniques written by the leading teaching experts and creators of PMWIN.This 344 pages textbook walks the practising engineers or students through the modeling process from start to finish.You don't need any other additional tool.This book has also the best groundwater modeling and contaminant transport modeling software. Especially it is the best learning asistance with example problems for the students and practising professionals.

With PMWIN ,groundwater modeling has never been so easy.It is more than a pre and post processor of MODFLOW family (88,96 or 2000);it is a great modeling environment in which you can find what you needed. You can also realize your all modeling and contaminant transport dreams with using all MOC3D, MT3D, PHT3D or RT3D family ( it was a dream for me ).

PMWIN is an advanced environment which has a digitizer, field interpolater, field generator and environment for the background images or dxf files.You can import vector or raster based images...create your own georeferenced background maps.You can interpolate your datas by using FIELDinterpolater and export your kriging results just in a minute with field generator.You can find 4 different interpolation methos.The most complex 3D preprocessing, such as surface or layer property routines take max.30 minutes.You can enter your values to cells, either in cell by cell method or in zonal method or using interchange options from the field interpolater program.

The PMWIN has a preference options the simulation can be performed either with MODFLOW 88,96 or 2000.The all datas will be controlled by the PMWIN, if needed you will be directed for the deficit inputs.After the modflow simulation has finished, the RESULTextractor gets your results in a matrix dialog. If you prefer to open your datas in an other application such as SURFER, it is also possible, you can export your matrix result. PMWIN creates two output files; one of them USGS's *.nam file, the other is the PMWIN's *.pm5 file.For example if you have only GE, you can also visualize your modflow code simulation results in GE environment because GE reads the modflows *.nam files.

If you have GE (it is an optional, low cost 3D visualization tool.It is the cheapest, the best and the easiest tool in the industry).I have tried the all other visulalzation tools, GE is the best, GE is the simple.If you wonder about the prices, it app.250 USD.The most complex and troublous datas will be shown so clearly in 2 minutes.PMWIN and GE or some other add on modules work seamlessly and perfect.The author and the programmer Prof.Wen-Hsing CHAING had thought everything.I have examined PMWIN with the most complex problems,the program has never stooped or the operating system has never collapsed.The PMWIN 5.1.7 permits 250.000 cells but with MF2K add on modules it can be reached up 640.000 cells. Again no problem, no colapse in system.If your operating system is stable, it works so unique.

If you are an unexperienced modeler or beginner,it is not problem.After one or two day with this book; definitely you will become more familiar.It is so simple that the visualization processes take just 2 minutes...you can create your own animations and import your animation scenes in many digital formats such as *.BMP, *.GIF and modify there and present.

With some additional add on modules which have been created again by the Authors of the book, you can merge with other modeling tools such as RT3D or PHT3D.I have contacted to Prof.wen-Hsing CHAING and learned that there will be a lot of add on modules...one of them is the surface water/groundwater interaction modules.I have also learned that GE will be used for the presentation of the surface waters and the meteorological datas.It means, PMWIN will be the best software in this industry.Many of the commercial modflow processors are still using Modflow 96. The MODFLOW 2000, PEST-ASP and the late version of the UCODE had been added in April 2001 to PMWIN.And it works without any problem since April 2001. I have contacted and got more additional information about the PMWIN and the book. I am gratefull to Prof.Kinzelbach and Prof.Wen-Hsiang CHAING who has written 3D GROUNDWATER MODELING WITH PMWIN and created,developed the PMWIN, GE and MODFLOW 2000 add on modules.I have found the best software and the best TEXTBOOK.This book is really excellent and can be advised both to the students,practical engineers and advanced groundwater modelers, as a compherensive guide to modeling and complete the exercises to refresh their knowledges.And also... Especially for the professors , this book will be an excellent primary text for a university course, or as asupplement to an existing curriculum.

Dipl.-Ing.Cengiz DOGANGoeNueL (B.Sc & M.Eng in Hydrogeological Enginnerig)

As an aerospace engineer I consider this book an absolute must have. This book is usable as a reference work but also as a academic course textbook. It is extremely complete: From vector and quaternion kinematics to rigid body dynamics to static stability analysis. From basic aerodynamics to the derivation of aircraft force and moment coefficients. From state space models to robust output feedback design. Summarizing: Aircraft Control and Simulation covers the complete track from basic dynamics to a fully functional flight simulator. When you need a graduate level text on simulation and control theory that can also serve as a reference work you should look no further!

As an engineering student, I like the design of this book, 1st. And the contents are also pretty nice, so far. The complete review, however, should be done after reading the last page, I think.

Used this book as a reference book for a UAV Guidance and Control class. Worked well, but there is a revised and updated version.

This book is not meant to cover Flight Mechanics neither to discussing Aircraft Equations of Motion.
This book is really focused in aircraft flight simulation (not aircraft systems simulation) and aircraft flight controls.
This is really the most complete reference concerning flight control laws for all flight phases. The authors make extensive use of Modern Control in State Space formulation. Very few topics use Classical Control.
The text is undoubtedly a very good starting point for any engineer involved in flight controls and flight control laws design for new aircraft concepts, although, some more dedicated discussions are missing on some topics related to the newest technologies such as Fly-By-Wire, Power-By-Wire, Side stick use versus Flight Handling Qualities, Robust Control and Predictive Controls.
This book is a MUST for any flight controls engineer in introductory level. However, attention, you will need to take classes to go through this book. The authors do not delay the text flow to discuss minor details or lengthy mathematical derivations; they simply jump to the right point. Thus, this is very difficult to go through the whole content without help of an experienced Professor.

The chief virtue is its clarity. I've worked directly in this field since 1986, and wish I'd picked up the 1st edition in 1992 rather than finding the 2nd edition in 2006. Most of the material I've picked up through coursework and on-the-job training, but this book presents a thorough, practical and understandable development of each aspect of aircraft control and simulation. In addition, the 1st chapter provides the basis for incorporating oblate, rotating Earth equations into gravitational and kinematics modeling, which is the reason I bought the book.

Roughly, the book covers:
* Kinematics and Dynamics
* Quaternions
* Properties of Aircraft
* Simulation, Trim, Linearization
* Linear Analysis
-- State Space Models
-- Transfer Functions
-- Frequency Response
* Handling Qualities
* Stability Augmentation
* Autopilots
* Linear Quadratic Regulator
* Model Following Design
* Multivariable Frequency Domain Analysis
* Observers and the Kalman Filter
* Discrete (Digital) Control

NOTE: The 1st chapter of the 2nd Edition is substantially enhanced vs. the 1st chapter of the 1st Edition. Several practical needs are now covered in better detail. Quaternion math is added. An algorithm for converting from Earth-centered Inertial coordinates to Geodetic Latitude and Altitude for an oblate Earth model is now provided. If a flat Earth model is ok to use, the 1st Edition is a very good aircraft controls book. If a rotating oblate Earth model is also required, only the 2nd Edition will do.