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On his way to realizing his Olympic dream, Tom Alan Baranowski finds himself in the midst of a dilemma. His traditional Japanese coach is insisting upon an arranged marriage between his biological daughter Erika and adopted son Tom Alan, who are partners on the ice. Tom Alan loves Erika, and his coach literally saved his life, rescuing him from an abusive home. How can he say no? Somewhat resigned to his “not so bad” fate, everything changes when Tom Alan meets British ice dancer Milo Fisher. The spark between them is almost hot enough to melt the ice beneath their blades, and the two fall into an affair. What about Erika? What about loyalty? What about gold? For Tom Alan, the impossible throw quadruple jump is suddenly the least difficult thing in his life.
Stephanie had a rat for a husband. But after 13 years of marriage and two kids, she was devastated when he left her for a younger woman. Suddenly Stephanie was alone. And after months of trying to find a little romance on New York's wild singles circuit, she was ready to give up, reconciled to just raising her two great, but outspoken, kids. Then a spur-of-the-moment trip to Paris changed everything. She met him on the Left Bank. Peter Baker was a marvelously handsome high-tech entrepreneur also visiting the city. Stephanie was certain it couldn't possibly work. Peter was just too perfect. But much to her amazement, he contacted her when they returned to New York. And at the Long Island rental cottage she shared with her kids, Stephanie embarked on a bizarre and hilarious adventure beyond her wildest dreams. Shy, serious Peter, chairman of a bionic enterprise, was supposed to be away on business. Instead, he's standing at her door, wearing day-glo satin and rhinestones. Naturally, Stephanie thinks it's a joke--until the truth suddenly dawns: this isn't Peter playing a role. This is his double! Calling himself Paul Klone, this wild, uninhibited creature isn't even remotely like Peter except for his identically sexy good looks. This uproarious novel explores the outrageous love triangle that develops between Stephanie, Peter...and the Klone. In a wickedly funny, right-on-target look at finding the perfect mate in an imperfect world, bestselling novelist Danielle Steel reveals insights into the human heart that have made her novels #1 bestsellers around the world.
Danny Schaer, a Swiss champion figure skater who has freshly graduated from the Juniors circuit, takes his first steps onto the Seniors stage -- or rather, rink. His first months as a Seniors competitor involve a new coach, a changing body, and the attentions of two other skaters: Danny’s new rival Andrei Lebed, the Yellow Swan of Russia, and Danny’s new rinkmate, the beguiling ice dancer Noah Favre. Andrei makes it very clear that he has high expectations for Danny, both on the rink and off. Noah, on the other hand, keeps his feelings about Danny to himself, always staying just out of reach -- until, abruptly, he isn’t. As Danny’s relationships with the two deepen and change over his years in the Seniors figure skating world, he can never lose sight of his main goal, the one thing the three of them have in common: a burning desire for the gold medal and a place in the annals of history.
The poems in Bat Ode speak to the way we live today and how it feels to occupy such a mongrel, fast-changing, postmodern world. Yet rather than breaking with the linguistic or poetic past, these poems seem to renew it with a fresh vision. Jeredith Merrin's sense of humor, her formal poise, her heart and wit, situate her as one of our most convincing social poets.
Newnes Microprocessor Pocket Book explains the basic hardware operation of a microprocessor and describes the actions of the various types of instruction that can be executed. A summary of the characteristics of many of the popular microprocessors is presented. Apart from the popular 8- and 16-bit microprocessors, some details are also given of the popular single chip microcomputers and of the reduced instruction set computer (RISC) type processors such as the Transputer, Novix FORTH processor, and Acorn ARM processor. Comprised of 15 chapters, this book discusses the principles involved in both parallel and serial input-output interfaces and gives details of the common standards used for parallel and serial input-output systems. Although discrete logic can be used for input-output interfaces, most microprocessor-based systems use specially developed integrated circuits for this purpose. Examples of these special interface chips are described with details of their internal arrangement and the basic techniques for programming their modes of operation. This covers parallel and serial input-output chips, counters and timers as well as one or two of the multifunction peripheral chips that are available. Data formats, instruction sets, display systems, and system development are also considered. This monograph will be of interest to students and to anyone involved in designing, servicing, or just wishing to learn more about microprocessor-based systems.
The fundamentals and implementation of digital electronics are essential to understanding the design and working of consumer/industrial electronics, communications, embedded systems, computers, security and military equipment. Devices used in applications such as these are constantly decreasing in size and employing more complex technology. It is therefore essential for engineers and students to understand the fundamentals, implementation and application principles of digital electronics, devices and integrated circuits. This is so that they can use the most appropriate and effective technique to suit their technical need. This book provides practical and comprehensive coverage of digital electronics, bringing together information on fundamental theory, operational aspects and potential applications. With worked problems, examples, and review questions for each chapter, Digital Electronics includes: information on number systems, binary codes, digital arithmetic, logic gates and families, and Boolean algebra; an in-depth look at multiplexers, de-multiplexers, devices for arithmetic operations, flip-flops and related devices, counters and registers, and data conversion circuits; up-to-date coverage of recent application fields, such as programmable logic devices, microprocessors, microcontrollers, digital troubleshooting and digital instrumentation. A comprehensive, must-read book on digital electronics for senior undergraduate and graduate students of electrical, electronics and computer engineering, and a valuable reference book for professionals and researchers.
The HCMOS Pocket Guide covers all commonly used HCMOS special devices on the market. Being an independent publication, it is able to provide a uniquely comprehensive listing of HCMOS products for all major manufacturers. The HCMOS Pocket Guide also breaks new ground with the format that is clear and easy. Data which applies to the HCMOS series as a whole is not repeated for every component, but is presented in an introductory section, thereby saving a great deal of space for other vital information. Each page describes one component only and is divided into eight sections. The first section illustrates the device schematic using a clear and simple logic diagram of the internal structure of the component. The next section contains a brief description of the component and is followed by full details on operating the component, describing input signals and levels at individual pins. This indicates how the device is controlled and its resulting output signals. The fourth section lists major applications, while the next two sections contain essential data for that particular device in abbreviated form and a list of the relevant manufacturers. The last two sections contain the device name and number, highlighted for easy reference. The HCMOS Pocket Guide extracts all the essential data from the manufacturers own data books and presents it in a clear and concise format. This guide is an e-book publication of the series containing: CMOS Pocket Guide, Part 1 (Standard components) CMOS Pocket Guide, Part 2 (Special components) TTL Pocket Guide, Part 1 (7400-74200) TTL Pocket Guide, Part 2 (74201-74640) TTL Pocket Guide, Part 3 (74641 – 7430640)
Olympic ice skating champion Brian Boitano describes the sport of figure skating and his own experiences as a skater.