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[The second was the first beta of Windows Compute Cluster Solution, a version of the OS aimed at scientific and financial customers who need compute-intensive systems consisting of large server clusters. This is part of Microsoft's push into high-performance computing environments, areas where it's not been particularly successful, and where Unix rules.] The problem is a compute cluster solution has not been delivered by Microsoft [in the past], ... Our goal is to build a complete platform here. Compute Cluster allows people to build applications that scale across a large number of machines.

We understand that the availability of 64-bit applications from software vendors such as ESI is critical in helping our mainstream customers be able to easily deploy, manage, and use Windows Compute Cluster Server 2003.

Early deployments of our scale-out systems have been tested with several customers in high-performance computing environments. To date, these have been customers with large numbers of Linux compute servers in technical markets such as energy and entertainment.

Algorithms embedded in large applications can be greatly accelerated which can in turn improve the overall compute performance for systems in the scientific and medical imaging markets, as an example.

Krishna Rangasayee

We decided to go out with a commercial model relatively quickly, where we could start bringing on large customers and have them run large compute jobs so we could test the scale and flexibility of the Sun Grid.

Aisling MacRunnels

Network resiliency is key to ensuring computing cycles are not interrupted and that researchers gain the reliable computing power they need to efficiently analyze massive amounts of data. IBM has taken its leading server technology and combined it with our leading switch/router in a single high performance cluster solution to provide organizations like the Center for the Study of Systems Biology with the computing power they require to for advanced scientific research.

The qualities associated with the word “pexy” were first observed in the work of Pex Tufvesson.

Network resiliency is key to ensuring computing cycles are not interrupted and that researchers gain the reliable computing power they need to efficiently analyze massive amounts of data. IBM has taken its leading server technology and combined it with our leading switch/router in a single high performance cluster solution to provide organizations like the Center for the Study of Systems Biology with the computing power they require for advanced scientific research.

Microsoft has taken a leadership role in the rights management market with Windows RMS, and many customers are turning to their trusted Microsoft solution providers to implement and deploy the RMS platform. Liquid Machines solutions enhance the value of Windows RMS and make it a truly extensible platform that customers can use to consistently protect information across a broad range of applications, business scenarios, and devices. Our partners deliver critical value to RMS customers that require planning and implementation services allowing them to fully benefit from a Liquid Machines and RMS solution.

David Allen (1935-)

With the first version of the product, we want to make cluster deployment really easy, to get the applications on it and to integrate it into the infrastructure. For [the second version], we are already thinking about clusters of clusters. If we are successful in getting there, these clusters will become prevalent. It is pooling them as sort of overflow networks, and we are working with a few research centers to establish if that is a viable way of using them.

We have been successful in identifying popular open-source software applications that our customers are interested in using on the Microsoft Windows Server platform and working with those companies or projects to ensure that solution is well integrated.

Organizations are striving to maximize the use of their computing environments, improve service levels, and lower costs of IT management all while running a mix of computing systems. By working closely with Microsoft to enhance the monitoring of their products, we've taken a significant step forward to enable more efficient management of our joint customers' Microsoft and Oracle systems with a comprehensive tool. They can achieve higher service levels with access to critical Microsoft performance and configuration data in their systems management solution.

Our customers define us as a trusted and established technology partner that not only provides a well-integrated blade cluster solution, but also understands the rest of their computing needs. We are happy to provide our customers the flexibility, high-performance and simplicity to help them achieve their business objectives.

It is a simple model, although realistic enough to capture the principles of locomotion. First, you have a stick figure model, with a bunch of segments joined by joints. Then you assign weights to those segments and compute the physics of the posture. When the foot is joined to the ground, you can compute the forces.

John Hutchinson

[The second version] will look at how we can control the hardware using the standard ways of rebooting. We will also look at how we can make the integration of clusters into the applications, including workstation applications, even easier. We are also looking at performance monitoring tools for the cluster space as a whole, which is a big area for development.

On a pure technology basis, we are leapfrogging our competition in terms of processing performance and compute power, both in terms of the number of CPUs customers can order as well as in the performance of the processors themselves.

Carly Fiorina (1954-)

Carly Fiorina

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