Titlebook: High Performance Scientific and Engineering Computing; Hardware/Software Su Laurence Tianruo Yang,Yi Pan Book 2004 Springer Science+Busines

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Load Balancing in SPMD Applications: Concepts and Experimentsssential in overcoming the effects of these imbalancing factors. This chapter deals with concepts and experiments related to load balancing in SPMD applications. Initially, we discuss a set of classification criteria for load balancing algorithms designed for SPMD applications. In addition, we defin

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Dynamic Load Balance Strategy: Application to Nonlinear Opticsrical approach is based on the Finite Difference Time Domain (FDTD) method, de­veloped in a system of coordinates moving with the group velocity of the main pulse. The parallel strategy, in order to preserves the global load of the optimal sequential computations, is developed in the dynamic load ba

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Mixed Level Modelling and Simulation of Large Scale HW/SW Systemsonents such as sensors and actuators, and other performance instrumentation components. The new system architectures being proposed are huge distributed and parallel systems with thousands of processors distributed widely over space and executing large applications. Significant emphasis has been pla

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Engineering an Autonomic Partitioning Framework for Grid-based SAMR Applicationsos for cost/accuracy when compared to methods based upon static uniform approximations. However, distributed Grid-based SAMR implementations present significant challenges. This chapter presents ARMaDA, an autonomic partitioning framework that provides adaptive, system and application sensitive part

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ues ideally suited to studying customers’ decision-making processes and determining tradeoffs. Though this book is oriented towards methods and applications of conjoint analysis in marketing, conjoint methods are also applicable for other business and social sciences..After an introduction to the ba

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onstants. Then, we proceed to discuss various methods of feedback control design schemes and demonstrate their applications to typical practical systems. We subdivide efforts into regulation, tracking or nonzero set points, constant input disturbance, integral error feedback, decoupling, linear-quad

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Minyi Guoook. In addition the notational conventions, both electrical and mechanical are introduced together with the control blocks used to build drive controllers in successive chapters. Both, so called floating and fixed point control blocks are introduced together with continuous and discrete time module