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One of the things I especially like about Cooter and Ulen's approach is that they are careful _not_ to reduce law to economics (or vice versa, for that matter). Their claim is simply that law and economics have a lot to learn from one another. And this claim is hard to argue with, no matter what other criticisms I might make about some parts of the law-and-economics movement.
For example, people who work with the law may tend to think of law as a means (solely) of securing justice, unaware that law also provides a complex structure of what economists would call "incentives" which promote what economists would call "efficiency". On the other hand, economists may tend to take for granted the existence of such institutions as property rights and contracts, and the meaning of such terms as "voluntary." These things are not as simple as they appear (as any first-year law student could tell you, although lots of "pop libertarians" probably couldn't), and legal scholarship has developed a lot of machinery for dealing with them.
So this textbook, after a short opening chapter, devotes two not-overlong and altogether mainstream summary-and-overview chapters to, respectively, microeconomic theory and law. This means that a reader from either discipline can learn the basics of the other before proceeding to the meat of the analysis.
Then the real work starts. Cooter and Ulen do a thorough job of presenting, in a readable and accessible manner, the basics of the economic analysis of the law of property, torts, contracts, legal procedure, crime, and all the other neat stuff on which the law-and-economics movement has based its reputation -- i.e., the application of economic theory to the study of law beyond the traditional bounds of, e.g., antitrust and other areas of law directly concerned with economics.
It's designed to be eminently readable. Judgments like the one I'm about to render are notoriously subjective, but overall, the text strikes me as a good mix of clear expository prose, a well-chosen range of helpful examples, sound theory, and audience-appropriate mathematics (algebra and graphing). More advanced texts -- e.g. the aforementioned Miceli, and _Introduction to Law and Economics by A. Mitchell Polinsky -- are harder to read than this one unless you've got some math background. (Polinsky doesn't actually _use_ all that much math, but I think readers without some mathematical experience will find his book more difficult reading than this one.)
References abound; every chapter closes with at least a handful of them. So the text also doubles as a bibliography and introduction to what is rapidly becoming a vast literature.
If you're introducing yourself to the field, this book is a good investment. If you have a sufficiently strong background in mathematics, you _may_ be able to start with either Miceli or Polinsky (or both) and give this one a pass. But you'll miss a lot of helpful introductory discussion.
Besides, this book has been something of a classic in the field ever since it was first published. If you have any interest in this field at all, you'll probably want to pick up a copy eventually.
(It will probably _not_ help you much in law school, by the way, at least in the beginning. If you're just looking for an introduction to law and economics sufficient to get you started as a law student, I recommend Mercuro/Medema. You can go on to Posner and Landes and Shavell and Calabresi and the rest of them later.)
The best part about this book is that is not overly complex or attempting to over simplify. Rather, its beauty is found in Cooter & Ulen's use of a well-timed example, beautifully simple diagrams, and realizing that this book is only an introduction to a controversial and complex subject matter. If you want to read Judge Posner's treatise I highly recommend it, but if you want to begin to understand why Posner and those like myself argue for this type of analysis-start here.
This book is expensive, but I would buy it again. If you're even remotely interested in this beautiful hybrid of human though, I strongly recommend you buy this. If you have to buy it for a class as I did, I would hold on to it and read it again without an eye toward the exam. I know it will be a good beer resale at the end of the semester, but I think in the long-run you'll be glad you kept it.
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As I am a big fan of communal stoning this book proves to be an invaluable resource. There is nothing more embarrassing than choosing the wrong type of rock at a stoning. I unwittingly chose a rock of very brittle consistency during a recent stoning I attended. You can imagine how foolish I looked when my stone merely disintegrated as it bounced off of my intended targets forehead. I still haven't lived that painful episode down, much to the amusement of my fellow stoners. My nickname is "Ole Softie" now.
Take a lesson from my faux pas; pick up this book before you are made to look the fool.
This would not be a suitable book for a beginner in the field as the retrieval of information would not be easily done by a novice. As a long time serious collector, despite the approximately 800 pages, many popular minerals have been omitted.
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Feuer's book is consise and I like his approach of explaining some of the internals of MFC, such as what BEGIN_MESSAGE_MAP expands out to. Feuer talks about the Win32 API too and I agree with his philosophy that MFC programmers can't hope to get by without knowing anything about the API.
The sample code applications on the CD are great. They are simple to understand, but show you most of the options possible. For example, there is one app that displays all kinds of buttons, including owner drawn ones. Most MFC books don't even say anything about owner draw stuff. At the end of the book, Feuer shows you how to make a wizard-based install program.
I recommend reading this book after you've read a beginner's book on MFC and/or Visual C++. Also, the author does not reproduce all of the sample code in the book itself. You should install the CD and read the actual code as you read the book.
My MFC library ranges from the 'Do it in 24 hours' variety (often laughable - but even they often have something to offer) through to MS professional tomes which seem like those job offers where you need not only the ability but a few years experience as well. Another excellent book is Kruglinski but this only proves it's worth once you have nearly got the whole idea well understood. Feuer - much better as a starter - assumes little except a good C++ base and then takes one forward step by step.
I very strongly recommend Feuer for anybody with a good C++ basis wanting to move to VC++ and MFC. This is the one to start with if you want to protect your cash. Kruglinski should come after and then you're ready for the MS serious stuff! Happy coding!
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This flowed out of Seminary experience of editors to refute scholarly attempts to undo the handed down truth of Scriptures.
My ambivalence with this well written work is that it tends to fluctuate with on one hand suggest that the church must take the world of thought back through apologetics, and on the other hand, refute through apologetics attempts within the "visible" church the faith of our fathers.
I'm all in support of the latter, given the analogy in St. Paul of likening false teaching to yeast and its quick spread and dough dominance if left undealt with. To this I concur and endorse these enthusiastic apologists of the first class.
However, to suggest that the culture dominated by secular, deceived thinking can be countered with apologetics is naive and unbiblical to this reviewers way of confession. However, to be sure we cannot nor must be be discouraged to continue apologetics to the unbelieving world, but our sites must only be as "a minfield" clearing exercise that the Gospel might be heard in its purity. Prophecy predicts what we are seeing, both in and outside the visible church, e.g. 2 Tim. 4 and those who refuse to follow true doctrine and find and establish false teachers who tickle their ears. This has always been in the church of Christ and world, but we who are of the body of Christ are to be aware of this, test the spirits and develop discernment through constant time in God's Word (Heb. 5). When all the dust settles on theological debate within the visible church, true confession of the faith handed down can be the only practice that counts!
Thus, I commend this excellent collection of concise, precise apologetics with this mild comment. There is much here to chew on, pass on, e.g. "Christian apologetics that's worthy of the name is a call to martyrdom--perhaps not a martyrdom where we spill our blood (although this too may be required) but a martyrdom where we witness to the truth without being concerned about our careers, political correctness, the current fashion or toeing the party line." "Indeed, we have permitted the collective thought of the world to be controlled by ideas that prevent Christianity from being regarded as anything but a harmless delusion. It needs to be emphasized that we, the Christians, the church of Jesus Christ, have done this." "One we thoroughly understand a false idea, we need no longer be intimidated by it." "The Christian apologist is a contender for the faith, not merely a seeker after truth."
1. Nobody created Nature. Nature developed intelligent beeings by pure chance (random mutation and natural selection). Our lives have no meaning. Some may try to find meaning for life, some may not. Some my even try to destroy life. Why not? Since there is no meaning, there is also no absolute moral and ethical norms. Madre Teresa and Osama Bin Laden are just a bunch of selfish genes trying to survive. Genocide may be considered a normal and legitimate strategy of gene survival, as Charles Darwin and many evolutionists acknowleged. Who can blame them for that? Even if it is the result of pure chance, our intelligence is suficiently powerful and reliable to be the measure of all knowledge. You can trust your selfish genes for that. You can also enjoy a free lunch and relax while you listen to a just-so story.
2. God may have created Nature, and let it develop into intelligent beeings by pure chance. God did not create Man in his image. He simply may have accepted the results of the evolutionary process with fair play. In fact we don't know that. There is no evidence of God whatsoever. If he exists, that's the philosophers and theologians problem. Let them speculate. In the real world (if there is one), objective science sees no place for God and no fingerprints of its presence. Faith is purely subjective and precarious. Knowledge is totally objective and reliable. They never meet in the real world. Here again you can trust your selfish genes for that. Here too, you can enjoy a free lunch while you listen to a just-so story.
3. God created man in his image. Subjective reason and objective matter have their own foundation in the Absolute Logos. Both are the product of intelligent design. Probabilities theory, design theory, complexity theory and information theory allow us to make a design inference scientifically beyond reasonable doubt. There is no free lunch here. There are no just-so stories. The complex specified information that structures matter also makes it intelligible and renders both possible and meaningful objective knowledge by our subjective reasons. You can trust the Word that became flesh and lived among us, for that. He is the source of all intelligence, all information, all matter, all life, all love, all freedom. He became flesh so that flesh can know the Word. He did it in a way that respects our freedom to accept or reject. If we accept him and his revelation as the foundation of all truth, instead of trusting our own "naturalistic-bunch-of-particles-reason", things start making sense. It even promotes the progress of mankind. Remember that all data shows that those countries mostly influenced by the genuinely christian revelation (the Inquisition, or the Index Librorum Prohibitorum have no place in that), tend enjoy stable democracies, economic progress, human rights protection and the rule of law.
This approach helped the authors of the essays that make this book make sense of problems that are complicated only for naturalism. I advise its reading.
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It's a must have for any elec student (or physicist) that's interested in microwave engineering, RF circuit design and electromagnetic waves.
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If you've never heard of OCL, and wonder what it's all about, then you definitely need this book.
If you have seen OCL before, but you don't have a reference manual, this is also the book you need.
If you're looking for a coherent way to use UML and OCL together, then you might want to take a look at 'Object, Components and Frameworks with UML; The Catalysis Approach'.
The sample class diagram model that is used through most of the book is semi-complex but understandable if first you have read the Unified Modeling Language Users Guide written by the three amigos: Ivar Jacobson, Brady Booch and James Rumbaugh. You may not completely grasp the sample class diagram from a conceptual or practical point of view but can understand it enough to verify how the stated constraints are valid and well formed. That is you can read the example constraints and verify their correctness by navigating the sample class diagram.
Overall I would say that the OCL removes ambiguity from UML models and better states constraints and business rules than visual notations used in UML. I recommend this book and think it can be another notch in an Object-Oriented developers arsenal to offer something more to their software projects and employers.
While some exposure to the principles of formal logic will be helpful, it is not necessary to understand the material of the book. Knowledge of basic Boolean expressions will suffice. As the title suggests, the UML is used as the basis for the OCL. The use of the similar notation and terminology really simplifies the approach, making it very easy to pick up.
I was most impressed with the OCL as well as the explanatory style used in the book, although I must confess to having a bias towards formal languages in computing. After reading the book, I came away with an even greater appreciation for the power of formal languages, which given my nearly two decades of exposure to them, is not an easy task.
The design by contract model of computing is a very powerful mechanism whereby ambiguity can be removed from the design and implementation process. To do it properly, a formal language such as OCL is needed and this book will teach it to you in the minimal amount of time.
I completed a major in Geography at Illinois State University many years ago, where Powell taught at one time, and I am embarrassed to admit the sad truth that in all the courses I took nary a word was ever mentioned about the great man. Considering his extraordinary contribution to our understanding of the natural world, it is all too sad.
The banking industry and its role are covered as well - starting from a historical perspective to the present day. Our class was doing a chapter on the various reforms in the banking industry when the Enron-Anderson scandal happened. We had some very though-provoking discussions in the class based on the material in the text.
While I am not a complete stranger to economics, I took home a lot of valuable information by the time I was done with this course and this text book. I only wish the publishers had included a CD ROM of real-world exercises / problems that stimulate thought on issues to consider when determining monetary policy.