Mobile software applictions: Developers are changing their thinking and their application design to meet the mobile challenge. more>

Security in wireless network: There's a perpetual tension in the challenge to fully implement wireless technology while not compromising the data on the client device or the rest of its home network. more>

Technology and culture: Despite the apparent universality of technology, it's a mistake to ignore differences, not only in culture but also in age and gender, when working on UI and design. more>

Optimization best practicesOptimization is not a form of black magic, but a regular part of software development. But with good tools and good process, you will definitely produce faster and better code more>

Mobile software applications: When designing mobile software applications, is it worthwhile to have continuous online connections? Take a look at standards and implementation options for creating a successful and effective corporate mobile application. more>

Open Standard Middleware Solutions for Grid Computing: Grid services represent a convergence between high-performance computing and Web services that enables the efficient development of grid-computing infrastructures technology. Intel® Solution Services provides professional consulting expertise to customers that wish to implement open standard middleware grid services, based on a long-standing involvement with the software technologies. more>

Enterprise application integration critical success factor: Enterprise Application Integration (EAI) is a serious consideration for many Enterprises. From P.O. exchanges to ERP, the complexity and criticality of EAI solutions is quite extensive and variable. This paper presents the EAI landscape.—Dr. S. Radhakrishnan, Senior Enterprise-Class Solutions Architect, TATA Consultancy Services. more>

Intel Distributed Infrastructure Software: Intel's microprocessor architectures will evolve rapidly to support the increasing requirements of tomorrow's applications. The processor and platform evolution, as theorized in Platform 2015, will utilize chip-level multiprocessing to offer dramatically improved general-purpose performance with favorable power and heat characteristics. Increasing parallelism demands new programming more>

The Future of Grid Computing: Grid computing is expected to become a mainstream business-enterprise topology during the rest of the decade. This article gives an overview of current and emerging technologies and strategic planning in the areas of grid computing, distributed computing, and network topologies. more>

Hyperthreading, Dual Cores, and Parallel Processing Tutorial: Dual cores refers to two microprocessors (CPUs) in one physical package (i.e. a single chip) which is the next step for HT Technology over the multiple logical processors on a single core package. This paper will show you how to detect Hyper-Threading Technology and Dual Core Technology for your parallel processing and cluster computing environments. more>

Intel Defines Virtualization: Virtualization enhanced by Intel Virtualization Technology will allow a platform to run multiple operating systems and applications in independent partitions. With virtualization, one computer system can function as multiple "virtual" systems. With processor and I/O enhancements to Intel’s various platforms, Intel Virtualization Technology can improve the performance and robustness of today’s software-only virtual machine solutions and enterprise quality management systems. Learn more than just the definition of virtualization here. more>

In the October 1989 issue of IEEE Spectrum, an article title "Microprocessors Circa 2000" predicted that multi-core processors could come to market soon after the turn of the century. This paper was the work of four Intel Corporation technologists, including Pat Gelsinger, vice president and general manager of the Digital Enterprise Group, who envisioned the future through the lens of Moore’s Law. more>