At the time of the introduction of the Ambient Intelligence (AmI) concept many scenarios where considered to be visionary or even science fiction. Enabled by current technology, many aspects of these scenarios are slowly but inexorably becoming true. However, we are still facing important challenges that need further investments in research and industrialization. Current software engineering techniques and tools are not prepared to deal with the development of applications for what we could call AmI ecosystems, lacking a fixed architecture, controlled limits and even owners. The comfortable boundaries of static architectures and well-defined limits and owners are not existent in these AmI ecosystems. In its second year AmI.d again shows the heterogeneity of research challenges related to Ambient Intelligence. Many disciplines are involved and have to co-ordinate their efforts in resolving the strongly related research issues.
Herbert William Heinrich has been one of the most influential safety pioneers. His work from the 1930s/1940s affects much of what is done in safety today – for better and worse. Heinrich’s work is debated and heavily critiqued by some, while others defend it with zeal. Interestingly, few people who discuss the ideas have ever read his work or looked into its backgrounds; most do so based on hearsay, secondary sources, or mere opinion. One reason for this is that Heinrich’s work has been out of print for decades: it is notoriously hard to find, and quality biographical information is hard to get. Based on some serious "safety archaeology," which provided access to many of Heinrich’s original papers, books, and rather rich biographical information, this book aims to fill this gap. It deals with the life and work of Heinrich, the context he worked in, and his influences and legacy. The book defines the main themes in Heinrich’s work and discusses them, paying attention to their origins, the developments that came from them, interpretations and attributions, and the critiques that they may have attracted over the years. This includes such well-known ideas and metaphor as the accident triangle, the accident sequence (dominoes), the hidden cost of accidents, the human element, and management responsibility. This book is the first to deal with the work and legacy of Heinrich as a whole, based on a unique richness of material and approaching the matter from several (new) angles. It also reflects on Heinrich’s relevance for today’s safety science and practice.
This work is the first to examine the expressive and communicative functions of law in a comprehensive way in the field of atrocity crime. It shows that expression and communication are not only inherent parts of the punitive functions of international criminal justice, but are represented in a whole spectrum of practices.
The Song of Songs, a lyric cycle of love scenes without a narrative plot, has often been considered as the Bible’s most beautiful and enigmatic book. The present study questions the still dominant exegetical convention that merges all of the Song’s voices into the dialogue of a single couple, its composite heroine Shulamit being a projection screen for norms of womanhood. An alternative socio-spatial reading, starting with the Hebrew text’s strophic patterns and its references to historical realia, explores the poem’s artful alternation between courtly, urban, rural, and pastoral scenes with their distinct characters. The literary construction of social difference juxtaposes class-specific patterns of consumption, mobility, emotion, power structures, and gender relations. This new image of the cycle as a detailed poetic frieze of ancient society eventually leads to a precise hypothesis concerning its literary and religious context in the Hellenistic age, as well as its geographical origins in the multiethnic borderland east of the Jordan. In a Jewish echo of anthropological skepticism, the poem emphasizes the plurality and relativity of the human condition while praising the communicative powers of pleasure, fantasy, and multifarious Eros.
Heinrich Caro (1834-1910) was the inventor of new chemical processes that in the two decades commencing in 1869 enabled BASF of Ludwigshafen, Germany, to take first place among manufacturers of synthetic dyestuffs. The cornerstones of Caro's success were his early training as calico (cotton) printer in Germany, and his employment at a chemical firm in Manchester, England. Caro was a creative research chemist, a highly knowledgeable patent specialist and expert witness, and a brilliant manager of science-based chemical technology. This first full-length scientific biography of Heinrich Caro delineates his role in the emergence of the industrial research laboratory, the forging of links between academic and industrial chemistry, and the development of modern patent law. Major chemical topics include the rise of classical organic chemistry, collaboration with Adolf Baeyer, artificial alizarin and indigo, aniline dyes, and other coal-tar products, particularly intermediates.
Comparative Company Law provides a systematic and coherent exposition of company law across jurisdictions, augmented by extracts taken from key judgments, legislation, and scholarly works. It provides an overview of the legal framework of company law in the US, the UK, Germany, and France, as well as the legislative measures adopted by the EU and the relevant case law of the Court of Justice. The comparative analysis of legal frameworks is firmly grounded in legal history and legal and economic theory and bolstered by numerous extracts (including extracts in translation) that offer the reader an invaluable insight into how the law operates in context. The book is an essential guide to how company law cuts across borders, and how different jurisdictions shape the corporate lifespan from its formation by way of incorporation to its demise (corporate insolvency) and eventual dissolution. In addition, it offers an introduction to the nature of the corporation, the framework of EU company law, incorporation and corporate representation, agency problems in the firm, rights of stakeholders and shareholders, neutrality and defensive measures in corporate control transactions, legal capital, piercing the corporate veil, and corporate insolvency and restructuring law.
“The action is breathtaking and the book is a spellbinding view of a world like no other.”—Detroit News Another night falls on New York City. A victim screams. A siren wails. Eddie Kennedy is on his beat. He’s a gold shield homicide detective, and his next week of investigations is a journey you will never forget—an electrifying rite of passage into the heart of what it takes to be a cop. From hookers to murderers, from street-wise muggers to stationhouse rats, from the hectic squad room to a bloody alley, Kennedy takes on a killing city—and takes the reader on a rare ride into a frightening hidden world.
One of the first books to thoroughly examine the subject, Quantum Computing Devices: Principles, Designs, and Analysis covers the essential components in the design of a "real" quantum computer. It explores contemporary and important aspects of quantum computation, particularly focusing on the role of quantum electronic devices as quantum gates.
“A first-rate police thriller.”—Jonathan Kellerman Detective Frank Keogh. He’s a man who trades on nerve and luck—and a cop who’s about to become an executioner’s target. Detective Frank Keogh has a rare gift—for killing. He picked it up in the jungles of Vietnam and perfected it on New York’s mean streets. It’s a talent that comes in handy when you’re a sniper for the NYPD. But over the years his calling has produced a numbness that has his partner worries: Is Frank finding it too easy to pull the trigger now? Then, on a steamy August night in the South Bronx, a cop connected to Frank is found bizarrely murdered. No one really believes that Keogh is capable of such a brutal act . . . until a second savagely mutilated body is found, and the MO echoes a famous case solved by Frank’s father, a retired detective. Suddenly, Frank Keogh is a fugitive, dodging cops and meeting violence as he takes off on a cross-country chase to the Southwest desert . . . desperately searching for the man who framed him—and the father who could be his last, best hope of staying alive. “An epic police thriller . . . crackling with narrative energy . . . and a deep-grained savvy about cop ways and mores.”—Kirkus Reviews
The rise of physical methods lies at the heart of the transformation of chemistry over the second half of the 20th century, says Rienhardt (history of science, U. of Regensburg, Germany). He analyzes a sample of individual research programs and strategies that illustrate this change. Only companies and people are indexed.
Sergeant Beau McAllister of the Montana State Highway Patrol has a formidable service record, an engaging wit, and a quick trigger-finger. In the vast, lonely grandeur of Yellowstone County, Beau knows the potential for human cruelty and ugliness is always there, coiled in silent waiting like a rattlesnake in an arroyo.
At the time of the introduction of the Ambient Intelligence (AmI) concept many scenarios where considered to be visionary or even science fiction. Enabled by current technology, many aspects of these scenarios are slowly but inexorably becoming true. However, we are still facing important challenges that need further investments in research and industrialization. Current software engineering techniques and tools are not prepared to deal with the development of applications for what we could call AmI ecosystems, lacking a fixed architecture, controlled limits and even owners. The comfortable boundaries of static architectures and well-defined limits and owners are not existent in these AmI ecosystems. In its second year AmI.d again shows the heterogeneity of research challenges related to Ambient Intelligence. Many disciplines are involved and have to co-ordinate their efforts in resolving the strongly related research issues.
At the time of the introduction of the Ambient Intelligence (AmI) concept many scenarios where considered to be visionary or even science fiction. Enabled by current technology, many aspects of these scenarios are slowly but inexorably becoming true. However, we are still facing important challenges that need further investments in research and industrialization. Current software engineering techniques and tools are not prepared to deal with the development of applications for what we could call AmI ecosystems, lacking a fixed architecture, controlled limits and even owners. The comfortable boundaries of static architectures and well-defined limits and owners are not existent in these AmI ecosystems. In its second year AmI.d again shows the heterogeneity of research challenges related to Ambient Intelligence. Many disciplines are involved and have to co-ordinate their efforts in resolving the strongly related research issues.
At the time of the introduction of the Ambient Intelligence (AmI) concept many scenarios where considered to be visionary or even science fiction. Enabled by current technology, many aspects of these scenarios are slowly but inexorably becoming true. However, we are still facing important challenges that need further investments in research and industrialization. Current software engineering techniques and tools are not prepared to deal with the development of applications for what we could call AmI ecosystems, lacking a fixed architecture, controlled limits and even owners. The comfortable boundaries of static architectures and well-defined limits and owners are not existent in these AmI ecosystems. In its second year AmI.d again shows the heterogeneity of research challenges related to Ambient Intelligence. Many disciplines are involved and have to co-ordinate their efforts in resolving the strongly related research issues.
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