Member Login

E-mail:    Password:  




 TitleDate AddedCompany
whitepaper Evaluation of ESX Server Under CPU Intensive Workloads2006-09-06 Brigham Young University
  Virtual machines are used by IT departments to provide better hardware utilization and to isolate users and programs from each other. The paper explores how configuration changes affect the throughput of virtual machines hosted on ESX Server during CPU intensive workloads. In particular the paper explores how Hyper-Threading, Virtual SMP, and the amount of RAM allocated affect throughput. Hyper-Threading is Intel's implementation of simultaneous multithreading technology and was introduced with the Xeon processor. Virtual SMP allows ESX Server to host virtual machines with two virtual processors.

Tags: Virtualization		   
whitepaper Windows Vista Multilingual User Interface Step by Step Guide2006-12-06 01:00:24 Microsoft
  Microsoft Windows Vista includes Multilingual User Interface (MUI) features and technologies designed to meet the needs of organizations and corporations operating in a global business environment. This paper provides hands-on instructions for building a custom multilingual installation of the operating system in a test lab environment. A person can use the steps provided in this paper to become familiar with new and updated Multilingual User Interface (MUI) features and technologies available in Windows Vista.   
whitepaper Extending the World's Most Popular Processor Architecture: New Innovations That Improve the Performance and Energy Efficiency of Intel Architecture2006-12-22 01:00:22 Intel
  Intel has a long history of innovation in adding new capabilities to computer architecture and enabling the industry to deliver advanced applications with greater performance and capability. From the original Intel 8086 to the recent addition of Supplemental Streaming SIMD Extensions 3 (Supplemental SSE3) found in Intel Core 2 Duo processors, Intel has led the charge in expanding the capabilities of the world's most popular and broadly used computer architecture - Intel architecture. Continuing the history of innovation, this latest expansion of Intel architecture constitutes the most impactful instructions since SSE2 and represents the next major leap in Intel's fast-paced trajectory to deliver products with superior performance, capability, and energy-efficiency for years to come.   
whitepaper Intel Energy-Efficient Performance: Performance Made Energy Efficient Through New Technological Leaps2006-12-27 01:00:55 Intel
  The drive for more performance is relentless, but is now matched with a need for greater energy efficiency-performance made energy efficient. Intel is addressing this need by delivering unprecedented innovations in processor architecture, silicon, platform technologies, and software. These innovations are delivering superior performance in the most efficient ways to give people what they care about most - whether it's smaller devices, increased performance, lower cooling bills, or better energy-efficiency.   
whitepaper Adaptive Sensing and Image Processing With a General-Purpose Pixel-Parallel Sensor/Processor Array Integrated Circuit2006-09-01 Institute of Electrical and Electronics Engineers
  In this paper, a pixel-parallel image sensor/processor architecture with a fine-grain massively parallel SIMD analogue processor array is overviewed and the latest VLSI implementation, SCAMP-3 vision chip, comprising 128 × 128 array, fabricated in a 0.35µm CMOS technology, is presented. Examples of real-time image-processing executed on the chip are shown. Sensor-level data reduction, wide dynamic range and adaptive sensing algorithms, enabled by the sensor-processor integration, are discussed.

Tags: Parallel Processing		   
whitepaper Intel Energy-Efficient Performance: Performance Made Energy Efficient Through New Technological Leaps2006-12-27 01:00:55 Intel
  The drive for more performance is relentless, but is now matched with a need for greater energy efficiency-performance made energy efficient. Intel is addressing this need by delivering unprecedented innovations in processor architecture, silicon, platform technologies, and software. These innovations are delivering superior performance in the most efficient ways to give people what they care about most - whether it's smaller devices, increased performance, lower cooling bills, or better energy-efficiency.   
whitepaper Unlock the Business Value of Your Data With Enterprise Business Intelligence2006-09-01 SAS Institute
  Business Intelligence (BI) - the ability to capture, store, find, analyze and present information to make better decisions - has grown from being a backroom application used for a limited set of business problems into a strategic enterprise capability essential to maintaining competitiveness. The drivers of this transformation have been the same challenges one faces daily. But the challenges to gaining "True BI" can be formidable. One's enterprise data likely exists in multiple isolated "Silos," each with its own nonstandard set of data tools. Their users are disparate, so any comprehensive BI solution would need to build in flexibility across functions, business units and the varying requirements of different users.

Tags: Processors, Business Intelligence - Data Warehousing		   
whitepaper Intel Architecture and Silicon Cadence: The Catalyst for Industry Innovation2006-12-27 01:00:55 Intel
  Intel has a long history of setting the pace of industry innovation with the relentless pursuit of Moore's Law. This pace of innovation has served the ever increasing needs of users by providing the ability to increase processor performance, and deliver new features and capabilities, through innovation in processor architecture. As one looks at the continuation of this evolution, the industry needs an increased and more predictable pace of innovation to deliver platforms that can provide faster, more connected, trusted, personalized and natural computing experiences. Intel has embarked on a coordinated and accelerated pace of architecture innovation based on its industry-leading silicon expertise, and its architecture design capabilities that will provide the growth driver for the next decade and beyond.   
whitepaper Intel Architecture and Silicon Cadence: The Catalyst for Industry Innovation2006-12-27 01:00:55 Intel
  Intel has a long history of setting the pace of industry innovation with the relentless pursuit of Moore's Law. This pace of innovation has served the ever increasing needs of users by providing the ability to increase processor performance, and deliver new features and capabilities, through innovation in processor architecture. As one looks at the continuation of this evolution, the industry needs an increased and more predictable pace of innovation to deliver platforms that can provide faster, more connected, trusted, personalized and natural computing experiences. Intel has embarked on a coordinated and accelerated pace of architecture innovation based on its industry-leading silicon expertise, and its architecture design capabilities that will provide the growth driver for the next decade and beyond.   
whitepaper Intel Virtualization Technology: New Client Virtualization Usage Models Using Intel Virtualization Technology2006-08-10 Intel
  Intel's Embedded IT (EIT) strategy focuses on defining a set of usages aimed at benefiting IT departments and home PC customer support by providing advanced and remote capabilities for provisioning, manageability, diagnostics, and remediation of the client (desktop and mobile) platform. EIT leverages key platform technologies supported on Intel vPro technology platforms and select digital home platforms, including Intel Virtualization Technology (VT), Intel Active Management Technology (AMT), and dual core processors to deliver an innovative framework on which these capabilities may be implemented and enhanced.

Tags: Security Management, Virtualization