'Regular structures' presentation slideshows

Design Methodology

Design Methodology. 100,000,000. 10,000,000. 1,000,000. 10,000,000. 100,000. 58%/Yr. compound. 1,000,000. Complexity growth rate. 10,000. 100,000. Logic Transistors per Chip (K). Productivity (Trans./Staff-Month). 10,000. 1,000. 100. 1,000. Productivity growth rate. 10. 100.

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Interoperability - is it feasible -

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Models of Parallel Computation

Models of Parallel Computation. Advanced Algorithms & Data Structures Lecture Theme 12 Prof. Dr. Th. Ottmann Summer Semester 2006. Overview. Models of parallel computation Characteristics of SIMD models Design issue for network SIMD models The mesh and the hypercube architectures

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EE 587 SoC Design & Test

EE 587 SoC Design & Test. Partha Pande School of EECS Washington State University pande@eecs.wsu.edu. SoC Physical Design Issues Clock Distribution. Buffered Clock Distribution. Improves precision and Control Distributed buffers Amplify clock signals

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??????????? ????????? ?? ? ????????. Manycore-Accelerated Clusters. Tianhe 1A: 1 GPU/ 2CPUs Tsubame ? 3GPU/ 2CPUs Mole-8.5: 6GPUs/2CPUs PKU McClus: 2GPUs/1CPU. Various Manycore Designs. Tilera. APU. Fermi/Kepler. MIC. Single-Chip Cloud. Larrabee. Cell.

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Regular Structures in an Irregular World: A Summary

Regular Structures in an Irregular World: A Summary. Leo E. Argiris April 1, 2004.

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Kerntopf Gate and Regular Structures for Symmetric Functions

Kerntopf Gate and Regular Structures for Symmetric Functions. Kerntopf Gate. The Kerntopf gate is described by equations: P = 1 @ A @ B @ C @ AB, Q = 1 @ AB @ B @ C @ BC, R = 1 @ A @ B @ AC .

146 views • 9 slides

Regular Structures in an Irregular World: A Summary

Regular Structures in an Irregular World: A Summary. Leo E. Argiris April 1, 2004.

91 views • 9 slides

Regular structures in ad-hoc networks

107 views • 2 slides