systems computer parallel processing
A Time Delay Model for Load Balancing With Processor Resource Constraints
White Paper A deterministic dynamic nonlinear time-delay systems is developed to model load balancing in a cluster of computer nodes used for parallel computations. Consequently, there is a trade-off between using processor time/network bandwidth and the... [10 Jul 2008]
IBM smashes the supercomputing petaflop
News By connecting tens of thousands of computing nodes, they can work together simultaneously in a parallel fashion, just in the way that the brain does. Neurons are very slow but they work in parallel to create significant computing capability. [11 Jun 2008]
Shared Memory Multistage Clustering Structure: An Efficient Structure for Massively Parallel Processing Systems
White Paper In this paper a new structure is proposed for the massive parallel processing systems. This model gives a closed-form solution for the system performance metrics, such as processor's waiting time, system processing power, and so on. [22 Mar 2008]
Workload Modeling for Parallel Processing Systems
White Paper There are already quite established methodologies and techniques for workload modeling of uniprocessor systems, but these techniques cannot be applied directly to Parallel Processing Systems (PPS) because of the different nature of the workload of... [22 Mar 2008]
The Architecture of NG-MON: A Passive Network Monitoring System for High-Speed IP Networks
White Paper Using distributed, pipelining and parallel processing techniques, the paper has designed a flexible and scalable monitoring and analysis system, which can run on off-the-shelf, cost-effective computers. [04 Mar 2008]
Parallel Processing Benchmarks for HOWARD White Paper
White Paper The most important aspect of a high-performance distributed-computer parallel-processing system is how well it addresses node-to-node cross-communication issues. This view is contrary to natural large-scale compute-like systems, such as the human... [03 Mar 2008]
High Performance Computing: Compatible Acceleration Using Fine Grain, Parallel Processing
White Paper Multi-processor in Memory (MNM) technology, combined with CPU Tech's System-on-a-Chip (SoC) integration, can produce high throughput compatible processing at very low power and cost. A mismatch between existing computer architectures and the... [03 Mar 2008]
UK's fastest supercomputer unveiled
News The facility will be operated by the Edinburgh Parallel Computing Centre (EPCC). Hector - or High-End Computing Terascale Resource - can handle 63 trillion calculations per second, which is the equivalent processing power of 12,000 desktop systems... [15 Jan 2008]
Implement Parallel Processing in Your Java Applications
White Paper With manufacturers offering systems with more than one multi-core CPU - and Azul Systems even releasing a processor with 48 cores - parallel computing is now available for mid-sized to large-scale servers, as well as for everyday desktop computers. [11 Jul 2007]
Sun Fire Servers Speed Research
White Paper To push the edge in 64-bit parallel processing, the University of Nevada, Reno's Computer Science and Engineering Department chose Sun Fire V20z dual processor servers because of top price/performance. [28 Nov 2005]
Replacing Processes With Threads in Parallel Discrete Event Simulation
White Paper Parallel discrete event simulation (PDES) refers to such implementations, which are typically executed on Unix-based platforms using separate processes for event processing. To speed up large simulations, multiple computer processors are used to... [01 Sep 2005]
Streamlining Beowulf Cluster Deployment With NPACI Rocks
White Paper For high-performance parallel-processing applications, Beowulf clusters that comprise industry-standard, two-processor and four processor servers can be a cost-effective alternative to symmetric multiprocessing computer systems and supercomputers. [07 May 2005]
Grid Computing Needs Work Before Widespread Commercial Use
White Paper These resources can be computers, collectively run extremely large parallel processing programs - typically used to solve the large-scale problems found in scientific and engineering computing. Grids are collections of computer resources, owned by... [30 Nov 2004]
Heterogeneous Multicomputing for Cost-Effective Embedded Systems Backgrounder
White Paper Heterogeneous multicomputing is an advanced parallel processing technique that significantly reduces the cost of embedded computing by allowing more than one kind of processor type to be used in a multiprocessor computing system. [24 Feb 2004]
Embedded Applications for High Performance Computing
White Paper By "embedding" we mean squeezing parallel supercomputers into, for example, medical imaging equipment, defense signal processing devices, baggage scanners, and intelligent document processing gadgets. [24 Feb 2004]
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