Master Java 5.0, object-oriented design, and Test-Driven Development (TDD) by learning them together. Agile Java weaves all three into a single coherent approach to building professional, robust software systems. Jeff Langr shows exactly how Java and TDD integrate throughout the entire development lifecycle, helping you leverage today's fastest, most efficient development techniques from the very outset.

The Concise Guide to DNS and BIND provides the technical depth and expert-level information needed to understand and administer DNS and BIND. Domain Name System (DNS) is a distributed Internet directory service. It is used mainly to translate between domain names and IP addresses, and to control Internet email delivery. Most Internet services rely on DNS to work, and if DNS fails, Web sites cannot be located and email delivery stalls. BIND (Berkeley Internet Name Daemon) is an implementation of the Domain Name System (DNS) protocols. Some of the topics covered are setting up a DNS server and client, compiling and configuring BIND, and setting up root servers on private networks. The Concise Guide to DNS and BIND also features expert knowledge on firewall rules, Dynamic DNS (DDNS), debugging and logging, plus new features in BIND 8.2.2. The book also offers introductory information on BIND 9.

This volume grows out of an initiative in the World Bank on resource allocation and purchasing (“RAP”), which started in 2000, and continues to publish articles and books related to strategic purchasing. The initiative emerged from such questions in developing economies as: Why do individuals need help in purchasing health services from providers? Is the “middleman” really necessary? Can people not just buy health services in the same way they would go to the local market to buy bread, milk, or fruit—especially since, throughout most of history, that is what most people did? When sick, they contacted local healers directly. Public policy historically was limited largely to protecting the sick against charlatans and was enforced through ethical codes such as the Hippocratic oath. There was no expensive technology, and most serious conditions led to death. Loss of employment and burial costs were the most expensive parts of illness. With industrialization and the scientific revolution, all this changed. As understanding about the causes, prevention, and treatment of illness expanded, interventions become more complex and expensive. Health care was no longer the exclusive domain of traditional healers.

Intellectual property rights have undergone a significant expansion over the last half century, particularly since the Copyright Act of 1976. In The Political Economy of Intellectual Property Law, William M. Landes and Richard A. Posner (AEI Press; July 1, 2004) attempt to explain this expansion of intellectual property rights, and how it could have coincided with the deregulation movement. Should intellectual property be thought of as a form of regulation? Why did the movement for greater protection of intellectual property coincide with the deregulation movement? Landes and Posner apply public-choice theory to the growth and character of intellectual property protection over the last half-century. The authors argue that public-choice theory alone cannot explain the coincidence of the deregulation movement and the rapid growth of intellectual property protection. Political forces and ideological currents associated with the deregulation movement, combined with interest-group pressures, best explain the increases in intellectual property protection since 1976. The authors urge caution in equating intellectual property rights to physical property rights. They counsel skeptics of government to hesitate before extending a presumption of efficiency to a process by which government grants rights to exclude competition.

Robert J. Lang, one of the worlds foremost origami artists and scientists, presents the never-before-described mathematical and geometric principles that allow anyone to design original origami, something once restricted to an elite few. From the theoretical underpinnings to detailed step-by-step folding sequences, this book takes a modern look at the centuries-old art of origami.

To take full advantage of the potential of modern digital control systems, this text demonstrates how to design high-performance model-based controllers using techniques extensively tested in an industrial context. Implementation issues are considered and applications illustrate the effective use of the techniques proposed. Several recent methodological developments in control design and system identification: robust digital control design using sensitivity function shaping; plant identification in closed loop operation; and reduction of controller complexity are covered, as is state space representation. The text of Digital Control Systems is enhanced by the use of software illustrating the various concepts and algorithms and gives a feeling for the phenomena, discussed. Graduate students in digital control will find this text helpful in learning the essential techniques of computer-based control while the additional material will make the tutor’s tasks of teaching and preparation quicker and easier.