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- Competitive Comparison: Dual-Core Intel® Xeon®: Processor-based Platforms vs. AMD Opteron*
- Combining Linux Message Passing and Threading in High-Performance Computing
- Utilizing thread pools in performance-critical applications
- For-loop threading methods
- Intel® C++ Compiler 9 for Windows
- Three Methods for Speeding up Matrix-Vector Multiplication
- Programming .NET with C#
- Intel® C++ Compiler for Linux
- WinFX: the new Windows API in Longhorn
- Integrating Java and Microsoft .NET
- Intel C++ Compiler 8.1 for Windows free evaluation software
- Migrating Java to C# manually: four case studies
- Portable GUIs improve application flexibility
- Multithreaded .NET Web service clients: threads and responsiveness
- Download Free Evals of Intel® Software Development Products
- Migrating Java applications to C# on the .NET platform
- Maximizing Power Savings on Mobile Platforms
- Intel® Visual Fortran Compiler for Windows
- Branch and loop reorganization to prevent misdirects
- Are you taking the easy way out?
- Creating a particle system with streaming SIMD extensions
- Dual processors, Hyper-Threading Technology, and multi-core systems
- Turn performance killers into performance enablers
- Optimizing Java* on Intel® Server Platforms
- J2EE application tier tuning
- Developing Palm OS applications
- Intel® VTune™ Performance Analyzer Version 3.0 for Linux*
- .NET client application "no touch" deployment: harness the full processing power of the desktop
- Monte Carlo simulation using various industry library solutions
- J2EE performance optimization, part 1: laying the foundation
- GMA X3000 Development Guide
- Scaling XML parsing on Intel architecture
- J2EE performance optimization, part 3 - design of experiments for performance tuning
- Threading methodology: principles and practice
- Intel® VTune™ Performance Analyzer Version 7.2 for Windows
- Intel® Cluster Toolkit 1.0 for Linux
- Intel Extreme Graphics 2: Developer's Guide
- Creating C# wrappers for Intel Integrated Performance Primitives using Microsoft .NET interoperability mechanisms
- Intel C++ Compiler 8.1 for Linux free downloads
- J2EE performance optimization, part 2: the SPECjAppServer family of benchmarks
- Intel® Fortran Compiler 9 for Linux
- Mobilized applications and solutions: using intelligent documents as enterprise front-ends
- Java and .NET both bring something to the party
- Implementing mobile security
- Overview of enterprise-class application servers
- Simulation without a simulator
- Intel Itanium microarchitecture support for .NET and Java
- Intel® Math Kernel Library for Windows
- Intel® Multi-Core Processor Architecture Development
- Building the Mobile Tomorrow
- Maximum FPS: three tips for faster code
- Intel Dual Core Mobile Platform
- Anonymous delegates: efficient and expressive
- Boosting Cryptography Performance with Intel® Libraries
- Decrease overhead to access globals on Windows Server 2003
- Building from scratch: open standards and mobility
- Oracle Database Optimized for Intel Xeon and Grid Computing
- .NET application server fundamentals for the enterprise
- Prototyping with OpenMP
- Execute Disable Bit functionality blocks malware code execution
- Performance Scaling in the Multi-Core Era
- Gain an advantage with IBM WebSphere on Intel architecture-based servers
- Impact of thread priority on .NET applications and hyper-threading enabled processors
- Programming with the Intel architecture in the flat memory model
- Matrix Vector Multiplication and Multi-threading Benefits
- J2EE environment tuning
- Improve .NET Performance: Detecting and Reducing Thread Imbalance
- The "Rich-Client" Advantage for .NET Web Services
- Web services extend high-performance computing grid capabilities
- Making mobility real: the next open-source challenge
- Intel optimization best practices: no magic, just discipline and good tools
- Implementing Scalable Atomic Locks for Multi-Core Intel® EM64T and IA32 Architectures
- Getting ready for hyper-threading technology, part I: changing the mindset
- Lowering costs with BEA WebLogic Server and Intel-based servers
- Introduction to remote program logic under Python
- Discovering Multi-Core: Extending the Benefits of Moore's Law
- Design of portable and reusable GUI controls
- Building a better mobile mousetrap
- The art of graceful application suspension
- Deploying Oracle9i Real Application Clusters on Intel® architecture-based clusters
- Multithreaded game programming and Hyper-Threading Technology
- Wireless application connectivity
- COM Express: the next trend in embedded computing small form factors
- Modeling in the service-oriented architecture
- Runtime environment security models
- Porting Code to Intel® EM64T-Based Platforms
- Porting to a 64-bit Intel® architecture
- Using Power and Display Context in the Intel® Mobile Platform Software Development Kit (SDK) 1.1
- Tutorial: Multi-Threaded Programming: Advanced Techniques
- Securing your mobile platform's communications path
- Exploiting multithreading in .NET Apps
- Security considerations for mobile hardware
- Data Transfer over Wireless LAN Power Consumption Analysis
- Reducing the impact of misaligned memory accesses
- Wireless application security: what's up with that?
- Design considerations for the embedded PC
- Developing Multithreaded Applications: A Platform Consistent Approach
- Persistence pays off, part 2: the client
- Intel® Cluster Toolkit 2.0.1 Tutorial
- Writing code to reveal the performance details of mobile processors: calculations reveal relationships
