A bold reorientation of art history that bridges the divide between fine art and material culture through an examination of objects and their uses Art history is often viewed through cultural or national lenses that define some works as fine art while relegating others to the category of craft. Global Objects points the way to an interconnected history of art, examining a broad array of functional aesthetic objects that transcend geographic and temporal boundaries and challenging preconceived ideas about what is and is not art. Avoiding traditional binaries such as East versus West and fine art versus decorative art, Edward Cooke looks at the production, consumption, and circulation of objects made from clay, fiber, wood, and nonferrous base metals. Carefully considering the materials and process of making, and connecting process to product and people, he demonstrates how objects act on those who look at, use, and acquire them. He reveals how objects retain aspects of their local fabrication while absorbing additional meanings in subtle and unexpected ways as they move through space and time. In emphasizing multiple centers of art production amid constantly changing contexts, Cooke moves beyond regional histories driven by geography, nation-state, time period, or medium. Beautifully illustrated, Global Objects traces the social lives of objects from creation to purchase, and from use to experienced meaning, charting exciting new directions in art history.

The Global Lives of Things considers the ways in which ‘things’, ranging from commodities to works of art and precious materials, participated in the shaping of global connections in the period 1400-1800. By focusing on the material exchange between Asia, Europe, the Americas and Australia, this volume traces the movements of objects through human networks of commerce, colonialism and consumption. It argues that material objects mediated between the forces of global economic exchange and the constantly changing identities of individuals, as they were drawn into global circuits. It proposes a reconceptualization of early modern global history in the light of its material culture by asking the question: what can we learn about the early modern world by studying its objects? This exciting new collection draws together the latest scholarship in the study of material culture and offers students a critique and explanation of the notion of commodity and a reinterpretation of the meaning of exchange. It engages with the concepts of ‘proto-globalization’, ‘the first global age’ and ‘commodities/consumption’. Divided into three parts, the volume considers in Part One, Objects of Global Knowledge, in Part Two, Objects of Global Connections, and finally, in Part Three, Objects of Global Consumption. The collection concludes with afterwords from three of the leading historians in the field, Maxine Berg, Suraiya Faroqhi and Paula Findlen, who offer their critical view of the methodologies and themes considered in the book and place its arguments within the wider field of scholarship. Extensively illustrated, and with chapters examining case studies from Northern Europe to China and Australia, this book will be essential reading for students of global history.

This paper offers a systematic approach to all mathematical theories with local/global behavior. To build objects with local and global aspects, on begins with a category of [script]C of allowed local structures, and somehow derives a category [script]C[superscript]gl of things which are 'locally' in [script]C. Some global objects, such as manifolds or schemes, can be represented as a sheaf of algebras on a topological base space; others, like algebraic spaces, are more technical. These theories share common structure--certain theorems on inverse limits, descent, and dependence on special class of morphism appear in all cases. Yet, classical proofs for universal properties proceed by case-by-case study. Separate examples require distinct arguments.

Transactions on HiPEAC aims at the timely dissemination of research contributions in computer architecture and compilation methods for high-performance embedded computer systems. Recognizing the convergence of embedded and general-purpose computer systems, this journal publishes original research on systems targeted at specific computing tasks as well as systems with broad application bases. The scope of the journal therefore covers all aspects of computer architecture, code generation and compiler optimization methods of interest to researchers and practitioners designing future embedded systems. This third issue contains 14 papers carefully reviewed and selected out of numerous submissions and is divided into four sections. The first section contains the top four papers from the Third International Conference on High-Performance Embedded Architectures and Compilers, HiPEAC 2008, held in Göteborg, Sweden, in January 2008. The second section consists of four papers from the 8th MEDEA Workshop held in conjunction with PACT 2007 in Brasov, Romania, in September 2007. The third section contains two regular papers and the fourth section provides a snapshot from the First Workshop on Programmability Issues for Multicore Computers, MULTIPROG, held in conjunction with HiPEAC 2008.

Software is the essential enabler for the new economy and science. It creates new markets and new directions for a more reliable, flexible, and robust society. It empowers the exploration of our world in ever more depth. However, software often falls short behind our expectations. Current software methodologies, tools, and techniques remain expensive and not yet reliable for a highly changeable and evolutionary market. Many approaches have been proven only as case-by-case oriented methods. This book presents a number of new trends and theories in the direction in which we believe software science and engineering may develop to transform the role of software and science in tomorrow’s information society. This publication is an attempt to capture the essence of a new state of art in software science and its supporting technology. Is also aims at identifying the challenges such a technology has to master.

You don’t need a technical background to build powerful databases with FileMaker Pro 13. This crystal-clear guide covers all new FileMaker Pro 13 features, such as its improved layout tools and enhanced mobile support. Whether you’re running a business, printing a catalog, or planning a wedding, you’ll learn how to customize your database to run on a PC, Mac, Web browser, or iOS device. The important stuff you need to know: Get started. Tour FileMaker Pro’s features and create your first database in minutes. Access data anywhere. Use FileMaker Go on your iPad or iPhone—or share data on the Web. Dive into relational data. Solve problems quickly by connecting and combining data tables. Create professional documents. Publish reports, invoices, catalogs, and other documents with ease. Harness processing power. Use calculations and scripts to crunch numbers, search text, and automate tasks. Add visual power and clarity. Create colorful charts to illustrate and summarize your data. Share your database on a secure server. Add the high-level features of FileMaker Pro Advanced and FileMaker Pro Server.

Meyers provides 50 short, specific, easy-to-remember guidelines that experienced C++ programmers either almost always do or almost always avoid. These rules are each followed by an explanation of the rule's important advice on how to implement it, and are supported by actual programming examples.

Essential Java Skills--Made Easy! What Special – In this book I covered and explained several topics of latest Java 8 Features in detail for Developers & Fresher’s, Topics Like– Lambdas. || Java 8 Functional interface, || Stream and Time API in Java 8. This Java book doesn't require previous programming experience. However, if you come from a C or C++ programming background, then you will be able to learn faster. Learn the all basics and advanced features of Java programming in no time from Bestseller Java Programming Author Harry. H. Chaudhary (More than 1,67,000 Books Sold !). This Java Guide, starts with the basics and Leads to Advance features of Java in detail with thousands of Java Codes and new features of Java 8 like Lambdas. Java 8 Functional interface, || Stream and Time API in Java 8. , I promise this book will make you expert level champion of java. Anyone can learn java through this book at expert level. The main objective of this java book is not to give you just Java Programming Knowledge, I have followed a pattern of improving the question solution of thousands of Codes with clear theory explanations with different Java complexities for each java topic problem, and you will find multiple solutions for complex java problems. Engineering Students and fresh developers can also use this book. This book covers common core syllabus for all Computer Science Professional Degrees If you are really serious then go ahead and make your day with this ultimate java book. First Part- Teach you how to compile and run a Java program, shows you everything you need to develop, compile, debug, and run Java programs. And then discusses the keywords, syntax, and constructs that form the core of the Java language. After that it leads you to advanced features of java, including multithreaded programming and Applets. Learning a new language is no easy task especially when it’s an oop’s programming language like Java. You might think the problem is your brain. It seems to have a mind of its own, a mind that doesn't always want to take in the dry, technical stuff you're forced to study. The fact is your brain craves novelty. This Java Book is very serious java stuff: A complete introduction to Java. You'll learn everything from the fundamentals to advanced topics, if you've read this book, you know what to expect--a visually rich format designed for the way your brain works. To use this book does not require any previous programming experience. However, if you come from a C/C++ background, then you will be able to advance a bit more rapidly. As most readers will know, Java is similar, in form and spirit, to C/C++. Thus, knowledge of those languages helps, but is not necessary. Even if you have never programmed before, you can learn to program in Java using this book. Inside Contents (Chapters): 1. (Overview of Java) 2.(Java Language) 3.(Control Statements) 4.(Scanner class, Arrays & Command Line Args) 5.(Class & Objects in Java) 6.(Inheritance in Java) 7.(Object oriented programming) 8.(Packages in Java) 9.(Interface in Java) 10.(String and StringBuffer) 11.(Exception Handling) 12.(Multi-Threaded Programming) 13.(Modifiers/Visibility modes) 14.(Wrapper Class) 15.(Input/Output in Java) 16.(Applet Fundamentals) 17.(Abstract Windows Toolkit)(AWT) 18.(Introduction To AWT Events) 19.(Painting in AWT) 20.( java.lang.Object Class ) 21.(Collection Framework) PART - II (Java 8 Features for Developers) 22. Java 8 Features for Developers – Lambdas. 23. Java 8 Functional interface,Stream & Time API. 24. Key Features that Make Java More Secure than Other Languages.

Google Maps API Cookbook follows a fast-paced, high-level, structured cookbook approach, with minimal theory and an abundance of practical, real-world examples explained in a thorough yet concise manner to help you learn quickly and efficiently. Google Maps API Cookbook is for developers who wish to learn how to do anything from adding a simple embedded map to a website to developing complex GIS applications with the Google Maps JavaScript API. It is targeted at JavaScript developers who know how to get by but who are also seeking the immediacy of recipe-based advice.

The future of computing ever-increasingly lies in ever-increasing mobility in which computers continue their network operations while physically changing their location, and code moves from system to system performing its designated tasks throughout a network. This book brings together in one single resource the leading edge of research and practice in three areas of mobility: process migration, mobile computing, and mobile agents. Presented chronologically, the papers in this book--each written by leading experts in that particular area--track the development of critical technologies that have influenced mobility. Introductions by the editors and original afterwords by many of the papers' authors provide information on implementation and practical application, technological context, and updates on the most recent advances. The book highlights many common challenges and solutions inherent in various aspects of mobility: infrastructure, scalability, security, standards, robustness, naming and locating mobile entities, and more. Individual papers describe specific research and development in each of the three major areas, covering such topics as: An analysis of process migration from the earliest work to contemporary commercial systems Barriers to effective mobile connectivity, mobile IP, and ubiquitous computing Descriptions of various mobile agent systems, such as Telescript, Aglets, Agent TCL, and the mobile agent system standard (MASIF) This selection of influential papers illustrates the evolution of mobile technology as well as the state of the art of one of the most significant trends in computing. 0201379287B04062001