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| Data Services World Welcome Address |
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Speaker:
Ken North
DataServices World Conference Chair
Ken North Computing, LLC
Track:
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Conference Chair Ken North will open the DataServices World program with an explanation of key concepts and issues that helped shape the focus of the event. He will provide a perspective on information retrieval, structured and unstructured data, SQL and XML, service-oriented architecture (SOA), data access, middleware and data integration. Ken will discuss important trends and technologies, such as software-as-a-service, rich Internet applications, information servers, cloud computing, data services and integration services. He will also provide an update on the Mustang Index.
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| Evergreen Datacenter, From Concept to Implementation |
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Speaker:
Parviz Peiravi
Principal Architect, Enterprise Computing
Intel Corporation
Track:
Current Directions
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Most enterprises today are facing the challenges of datacenter space, power, and performance. With increasing demand for “more” while paying “less”, the IT industry is looking for new technologies, best methods, and practices to find solution to this problem. The Evergreen Datacenter framework is an architectural framework that formulates the best practices and methodologies along with latest technologies that allow enterprises to design an infrastructure with maximum space and power efficiencies. These efficiencies result in 2x the performance while maintaining or reducing the power envelope. Virtualization, high performance, power efficient server platforms are core components of Evergreen Datacenter framework. This discussion will examine the best practices in designing and implementing the Evergreen Datacenter. This session will demonstrate the use of the latest virtualization technology from both a hardware and software perspective, in addition to providing the methodology for developing a virtual infrastructure. The audience will walk away with the following key messages:
*Understanding challenges and benefits of Evergreen Datacenter deployment
*Best practices for designing and implementing this virtual infrastructure
*Introduction to hardware virtualization and server platform technologies
*Understanding of Virtualization Solution Services, an offering on how to design, deploy, and maintain virtual infrastructures, offered by TCS and Intel.
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| LINQ, Entity Framework and ADO.NET Data Services for the Web |
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Speaker:
Mike Pizzo
Principal Architect
Microsoft
Track:
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The new wave of Web applications are built on technologies such as AJAX and Microsoft Silverlight, which enable developers to build better, richer user experiences. These technologies bring a shift in how applications are organized, including a stronger separation of presentation from data. Technologies such as Language Integrated Query (LINQ) and ADO.NET Entity Framework and Data Services simplify the job of developers.
The ADO.NET Entity Framework raises the level of abstraction for data programming. It is the evolution of ADO.NET that allows developers to program in terms of the standard ADO.NET abstraction or in terms of persistent objects
(ORM) and is built upon the standard ADO.NET Provider model. The Entity Framework introduces a set of services around the Entity Data Model (EDM) (a medium for defining domain models for an application).
The goal of ADO.NET Data Services is to enable applications to expose data as a REST-based data service that can be consumed by Web clients within a corporate network and across the Internet. The data service is reachable over HTTP, and URIs are used to identify the various pieces of information available through the service. Interactions with the data service happens in terms of HTTP verbs, such as GET, POST, PUT, and DELETE, and the data exchanged in those interactions is represented in simple formats, such as AtomPub and JavaScript Object Notation (JSON).
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| New Perspectives on Governance, Management, and Industry Standards in the Service-Oriented Enterprise |
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Speaker:
Paul Lipton
Sr. Architect, IP & Standards
CA Inc.
Track:
Issues & Challenges
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Popular assumptions can often be dangerous. We will start by considering how the many unique architectural characteristics of SOA, such as loose-coupling, can actually be a two-edged sword affecting the requirements, nature and success of many important aspects of the architecture, especially runtime governance. In fact, the success of any SOA requires that one must gain an understanding of the true nature, performance characteristics and availability of the business transactions that flows in real-time through these highly distributed services and their supporting IT infrastructure. Similarly, security and governance usually play a critical role in the proper operation of a SOA. Although one may support these critical SOA functions using many different technologies and standards, there is no doubt that for most users today the popular WS-* standards will play a central role. We will conclude by considering how all of these standards might best work together to solve these real-world problems in your SOA. In the process, we will speculate upon some the strengths and weaknesses in the current Web services stack, the nature of the standards process and what trends might be most relevant to your own future success.
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| Real-Time Virtualization™ for the Connected World: From Back-End Datacenters to Front-End Devices |
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Speaker:
Mark Milligan
Vice President of Marketing
VirtualLogix
Track:
Real-World SOA
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Today, many organizations hear the term virtualization and still only think of the technology used in a datacenter. While this might be where virtualization started and has received a lot of attention, the next wave of virtualization is happening in connected devices through embedded technologies.
When applied, virtualization allows organizations and developers working with front-end connected devices such as mobile phones, set-top boxes and WiMax base stations, to experience business benefits such as reduced bill-of-material costs, faster time-to-market and richer, more functional designs that feature reduced power, improved security and greater reliability.
One of the strongest business drivers for virtualization in the embedded space is connectivity - the more devices converge and require connection to something else, the more virtualization becomes an ideal solution. As a new frontier in virtualization, however, many questions still surround its application in embedded systems and the specific business benefits companies can expect to gain.
This session will discuss the similarities and distinct differences of real-time virtualization for connected devices and traditional virtualization; look at the key benefits real-time virtualization brings to the embedded space, including high performance with a small memory footprint; and examine the biggest challenges companies face when implementing real-time virtualization and some best practices for overcoming them, including real world examples.
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| Taking Virtualization to the Next Level: The Virtualized Data Center Audience |
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Speaker:
Phil Morris
Chief Technologist
Sun Microsystems
Track:
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Today, it is not uncommon to narrow the general definition of virtualization down to just servers or possibly servers and storage. In this session learn how a total virtualization solution should encompass a much larger range of capabilities and entities.
The ultimate goal of virtualization is to increase the utilization and efficiency of your current infrastructure. To that end, one should consider virtualizing the entire data center, including the traditional servers and storage, but also bringing in networking, cable management, power management, cooling/airflow capabilities, etc. This allows for extreme flexibility and agility in terms of managing the infrastructure to the point of being able to roll in and out entire racks of equipment without needing an electrician to add power outlets, without adjusting tile placement for airflow, without pulling extra cable runs, etc ... basically roll it in, plug it in, connect the network/FC cables, power up and go, all within 30-45 minutes. Additionally, efficiency and power savings are very critical in the design and architecture phases, making sure to provide as much power to the IT equipment and as little to the supporting infrastructure as possible. By utilizing a management framework based upon ITIL, and having the proper expertise with ISV applications, security, H/A and BC/DR, one can manage these new capabilities with greater ease and better cost control.
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| The Future of Virtualization |
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Speaker:
Paul Vasquez
Sr. Technical Alliance Manager
VMware
Track:
Strategy & Practice
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As virtualization platform vendors strengthen and expand the feature sets of their respective offerings, it is almost a certainty that the data center in the future will include a heterogeneous mix of virtualization platforms as well as physical platforms. For organizations that are moving to virtualization, choosing the correct platform for their needs is only the start. For certain, organizations also will need to obtain a set of virtualization utilities to assist in moving to, and managing, one or more virtual platforms in their data centers. These utilities must not simply be “repurposed” tools from the physical world, but should also be specifically designed to leverage the efficiencies and unique characteristics of the virtual platform.
Virtualization utilities will be required for converting P2V, V2V, monitoring and optimizing performance of VMs, enabling backup and disaster recovery strategies, and reducing the costs of backup storage. The solutions needed to perform these tasks must not only be feature-rich and easy-to-use, they must also be multi-platform in order to support efficiencies in the data center and promote the highest ROI for virtualization projects.
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| The Future of Virtualization |
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Speaker:
George Pradel
Dir. Worldwide Sales Engineering
Vizioncore
Track:
Strategy & Practice
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As virtualization platform vendors strengthen and expand the feature sets of their respective offerings, it is almost a certainty that the data center in the future will include a heterogeneous mix of virtualization platforms as well as physical platforms. For organizations that are moving to virtualization, choosing the correct platform for their needs is only the start. For certain, organizations also will need to obtain a set of virtualization utilities to assist in moving to, and managing, one or more virtual platforms in their data centers. These utilities must not simply be “repurposed” tools from the physical world, but should also be specifically designed to leverage the efficiencies and unique characteristics of the virtual platform.
Virtualization utilities will be required for converting P2V, V2V, monitoring and optimizing performance of VMs, enabling backup and disaster recovery strategies, and reducing the costs of backup storage. The solutions needed to perform these tasks must not only be feature-rich and easy-to-use, they must also be multi-platform in order to support efficiencies in the data center and promote the highest ROI for virtualization projects.
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| Workspace Virtualization: A low-cost, High-performance Approach to Deploying Enterprise Computing |
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Speaker:
Dror Gill
CSO
Ceedo
Track:
All Tracks
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Desktop and application virtualization technologies are increasingly being used throughout the enterprise to improve manageability and ease deployment of corporate environments on PCs. While application virtualization solutions are typically limited to a single application, desktop virtualization solutions enable deployment of a full desktop environment. The inclusion of a full operating system in the virtualized desktop image creates solutions with high licensing costs, large footprint and deteriorated performance on end users’ PCs.
Workspace Virtualization takes a suite of standard Windows® applications, and creates a virtualized application workspace on top of an existing Windows® OS installation. Workspace Virtualization creates a seamless separation between the application workspace and the OS, optimizing the manageability, performance and deployment aspects of the enterprise environment. In this session, we will examine the technical features of Workspace Virtualization, and it application to diverse enterprise deployment scenarios such as remote access, disaster recovery, and creating a managed enterprise “island” on employee-owned and subcontractor-owned PCs.
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