Scott Klein

Professional LINQ introduces experienced programmers and database developers to LINQ database queries in their native VB and C# languages. Some of the topics covered include: LINQ Queries LINQ and the Standard Query Operators Programming with XLinq Querying XML with XLinq Mixing XML and other data models DLinq and Queries LINQ over datasets Interoperating with ADO.NET LINQ and ASP.NET

Professional LINQ

Herve Roggero

Pro SQL Database for Windows Azure, 2nd Edition shows how to create enterprise-level database deployments without the usual investment in datacenter and other infrastructure. Take advantage instead of Microsoft’s worldwide backbone for cloud computing that delivers all the power of SQL Server in the form of the cloud-based SQL Database for Windows Azure. You can create and deploy a database in mere minutes that is accessible worldwide and takes advantage of SQL Database's high-availability features to protect your data while ensuring 99.9% uptime. SQL Azure is ideally suited for startups, who can benefit from instant access to a robust and secure web-accessible database platform for use in rapidly deploying new products to market. SQL Azure is also ideal for small and mid-sized businesses, giving them the same ability to deploy SQL Server as any large enterprise, but without the management overhead. Even large enterprises find SQL Azure useful in creating failover environments, development environments, extra capacity to handle surges in demand, and more. Pro SQL Database for Windows Azure covers the very latest in Microsoft’s fast-moving, cloud platform, showing how to program and administer it in a variety of cloud computing scenarios. You’ll learn to program SQL Azure from ASP.NET, from WinForms, and from SQL Reporting Services. You’ll learn to manage the platform by planning for scalability, troubleshooting performance issues, and implementing strong security. You’ll learn the unique aspects of SQL Azure such as sharding and federation support that combine to place SQL Azure a step above and ahead of the competiton. Shows how to use SQL Azure from classic Windows applications, ASP.NET and Windows Communication Foundation Covers management, performance, scalability, and troubleshooting Addresses the all-important issue of securing your data Helps you properly design for high-performance in a cloud environment Helps you adopt the new Federations feature in SQL Azure

SQL Server in the Cloud

Pro SQL Database for Windows Azure

Discusses SQL Server 2005 XML from the server and client sides Examines using XSLT to render the XML data that is retrieved from SQL Server, particularly for ASP.NET Addresses SQL Server relationship with schemas, SOAP, XML security, and .NET Makes extensive use of examples to solve problems that programmers face on an everyday basis and features Server 2005 XML best practices

Professional SQL ServerTM 2005 XML

Kevin Kline

Kurt Windisch

Louis Davidson

Learn effective and scalable database design techniques in a SQL Server environment. Pro SQL Server 2008 Relational Database Design and Implementation covers everything from design logic that business users will understand, all the way to the physical implementation of the design in a SQL Server database. Grounded in best practices and a solid understanding of the underlying theory, authors Louis Davidson, Kevin Kline, Scott Klein, and Kurt Windisch show how to 'get it right' in SQL Server database design and lay a solid groundwork for the future use of valuable business data. Solid foundation in best practices and relational theory Maximize SQL Server features to enhance security, performance, scalability Thorough treatment from conceptual design to an effective, physical implementation

Pro SQL Server 2008 Relational Database Design and Implementation

Collect and analyze sensor and usage data from Internet of Things applications with Microsoft Azure IoT Suite. Internet connectivity to everyday devices such as light bulbs, thermostats, and even voice-command devices such as Google Home and Amazon.com's Alexa is exploding. These connected devices and their respective applications generate large amounts of data that can be mined to enhance user-friendliness and make predictions about what a user might be likely to do next. Microsoft's Azure IoT Suite is a cloud-based platform that is ideal for collecting data from connected devices. You'll learn in this book about data acquisition and analysis, including real-time analysis. Real-world examples are provided to teach you to detect anomalous patterns in your data that might lead to business advantage. We live in a time when the amount of data being generated and stored is growing at an exponential rate. Understanding and getting real-time insight into these data is critical to business. IoT Solutions in Microsoft's Azure IoT Suite walks you through a complete, end-to-end journey of how to collect and store data from Internet-connected devices. You'll learn to analyze the data and to apply your results to solving real-world problems. Your customers will benefit from the increasingly capable and reliable applications that you'll be able to deploy to them. You and your business will benefit from the gains in insight and knowledge that can be applied to delight your customers and increase the value from their business. What You'll Learn Go through data generation, collection, and storage from sensors and devices, both relational and non-relational Understand, from end to end, Microsoft’s analytic services and where they fit into the analytical ecosystem Look at the Internet of your things and find ways to discover and draw on the insights your data can provide Understand Microsoft's IoT technologies and services, and stitch them together for business insight and advantage Who This Book Is For Developers and architects who plan on delivering IoT solutions, data scientists who want to understand how to get better insights into their data, and anyone needing or wanting to do real-time analysis of data from the Internet of Things

Data Acquisition and Analysis in the Real World

IoT Solutions in Microsoft's Azure IoT Suite

SQL Azure represents Microsoft’s cloud-based delivery of its enterprise-caliber, SQL Server database management system (formerly under the code name "Oslo"). Pro SQL Azure introduces you to this new platform, showing you how to program and administer it in a variety of cloud computing scenarios. You’ll learn to program SQL Azure from Silverlight, ASP.NET, WinForms, and from SQL Reporting Services. You’ll also understand how to manage the platform by planning for scalability, troubleshooting performance issues, and implementing strong security. Shows how to use SQL Azure from Silverlight, ASP.NET, and more Covers management, scalability, and troubleshooting Addresses the all-important issue of securing your data

Pro SQL Azure

Courtney Stevens

Helen Neville

Eric Pakulak

Theodore A. Bell

Jessica Fanning

Elif Isbell

Over the course of several years of research, the authors have employed psychophysics, electrophysiological (ERP) and magnetic resonance imaging (MRI) techniques to study the development and neuroplasticity of the human brain. During this time, they observed that different brain systems and related functions display markedly different degrees or "profiles" of neuroplasticity. Most relevant for the application of research in cognitive neuroscience to the design of education interventions are results showing that some systems are highly modifiable by experience and are dependent on experience but only during particular time periods ("sensitive periods"). In such systems they also observed Systems that are most modifiable (i.e., display more neuroplasticity) display both enhancements in the deaf and blind, and greater vulnerability in those with or at risk for developmental disorders. One system that displays this profile is sustained selective attention. Considerable evidence documents the central role of selective attention in all aspects of learning and memory, and school readiness in particular (for review, see Stevens & Bavelier, 2012). Selective attention is a highly malleable system that is both enhanced in remaining modalities following sensory deprivation, shows deficits in developmental disorders and in typically developing children from lower socioeconomic status (SES) backgrounds and that can be increased in both typically and non-typically developing children following computerized training (Stevens & Neville, 2009; Stevens, Lauinger, & Neville, 2009; Stevens, et al., 2008). Guided in part by these findings, the authors developed and assessed an eight-week, family-based training program designed to improve lower SES preschool children's academic readiness and, centrally, selective attention. 141 3-5 year-old children enrolled in Head Start (HS) and their parents participated in the current study which took place at the Brain Development Laboratory at the University of Oregon and Head Start sites in Lane County, Oregon. The training program, Parents and Children Making Connections: Highlighting Attention (PCMC-A), included both a child-directed component, as well as a family-based, parent directed component. Parents attended eight weekly, two-hour small-group classes that occurred in the evenings or on weekends at HS sites, and their children participated in concurrent small group training activities. Results show that a program that targets child attention using a family-based model involving children and their parents is highly effective in changing children's neurocognitive function as well as their parents' caregiving behaviors in the relatively short timeframe of eight weeks. The evidence presented here suggests that programs that target multiple pathways, including parents and the home environment, have the potential to narrow the large and growing gap in school readiness and academic achievement between higher and lower SES children. Two figures are appended.

David Bathrick

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