Results 301 to 310 of about 178,091 (333)
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ACM SIGGRAPH 2008 classes, 2008
Users always care about performance. Although often it's just a matter of making sure the software is doing only what it should, there are many cases where it is vital to get down to the metal and leverage the fundamental characteristics of the processor.Until recently, performance improvement was not difficult.
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Users always care about performance. Although often it's just a matter of making sure the software is doing only what it should, there are many cases where it is vital to get down to the metal and leverage the fundamental characteristics of the processor.Until recently, performance improvement was not difficult.
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Journal of Parallel and Distributed Computing, 1994
Abstract In data-parallel programming, operations are performed simultaneously on all elements of large data structures. Backus′s FP functional language promotes this view. FP provides a large set of data rearrangement primitives, and a useful set of functional combining forms that are applied to entire data structures.
Deb Banerjee, Clifford Walinsky
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Abstract In data-parallel programming, operations are performed simultaneously on all elements of large data structures. Backus′s FP functional language promotes this view. FP provides a large set of data rearrangement primitives, and a useful set of functional combining forms that are applied to entire data structures.
Deb Banerjee, Clifford Walinsky
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Parallel algorithms for data compression
Journal of the ACM, 1985Parallel algorithms for data compression by textual substitution that are suitable for VLSI implementation are studied. Both “static” and “dynamic” dictionary schemes are considered.
M. E. Gonzalez Smith, James A. Storer
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Data-parallel, volumerendering algorithms
The Visual Computer, 1995In this presentation, we consider the image-composition scheme for parallel volume rendering in which each processor is assigned a portion of the volume. A processor renders its data by using any existing volume-rendering algorithm. We describe one such parallel algorithm that also takes advantage of vector-processing capabilities. The resulting images
Raghu Machiraju, Roni Yagel
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COMPCON Spring '91 Digest of Papers, 2002
The author examines a method of applying parallelism to data-moving operations to enhance performance so that they may fit into today's maintenance windows. She specifically discusses converting the algorithm used to load an alternate key file (index) from serial to parallel using Tandem's Non-Stop SQL.
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The author examines a method of applying parallelism to data-moving operations to enhance performance so that they may fit into today's maintenance windows. She specifically discusses converting the algorithm used to load an alternate key file (index) from serial to parallel using Tandem's Non-Stop SQL.
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1991
There are a number of situations where data parallelization is to be preferred over geometric parallelization. An example of such a situation that we have already encountered is that of a system with long-range interactions, such as Coulombic or gravitational interactions.
Anthony N. Burkitt, Dieter W. Heermann
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There are a number of situations where data parallelization is to be preferred over geometric parallelization. An example of such a situation that we have already encountered is that of a system with long-range interactions, such as Coulombic or gravitational interactions.
Anthony N. Burkitt, Dieter W. Heermann
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Data Parallel Programming [PDF]
, 2000 SIMD computers operate as data parallel computers by having the same instruction executed by different processing elements but on different data and all in a synchronous fashion. In an SIMD machine the synchronization is built into the hardware, meaning that the processing elements operate in lock-step fashion.
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Mechanisms for Parallel Data Transport
2012Evolving paradigms of parallel transport mechanisms are necessary to satisfy the ever increasing need of high performing communication systems. Parallel transport mechanisms can be described as a technique to send several data simultaneously using several parallel channels.
Okyere Benya J. +4 more
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Semantics for data parallel computation
International Journal of Parallel Programming, 1990zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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1990
Supercomputers with a performance of a trillion floating-point operations per second, or more, can be produced in state-of-the-art MOS technologies. Such computers will have tens of thousands of processors interconnected by a network of bounded degree.
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Supercomputers with a performance of a trillion floating-point operations per second, or more, can be produced in state-of-the-art MOS technologies. Such computers will have tens of thousands of processors interconnected by a network of bounded degree.
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