نتایج جستجو برای: acceleration constraint

تعداد نتایج: 124060  

Journal: :The Visual Computer 2009

2008
S. Sadov

In a well forgotten memoir of 1890, Andrei Markov devised a convergence acceleration technique based on a series transformation which is very similar to what is now known as the WilfZeilberger (WZ) method. We review Markov’s work, put it in the context of modern computeraided WZ machinery, and speculate about possible reasons of the memoir being shelved for so long.

2008
S. Sadov

In a well forgotten memoir of 1890, Andrei Markov devised a convergence acceleration technique based on a series transformation which is very similar to what is now known as the WilfZeilberger (WZ) method. We review Markov’s work, put it in the context of modern computeraided WZ machinery, and speculate about possible reasons of the memoir being shelved for so long.

2016
João D. Lopes José T. de Sousa

This paper introduces Versat, a minimal Coarse-Grain Reconfigurable Array (CGRA) used as a hardware accelerator to optimize performance and power in a heterogeneous system. Compared to other works, Versat features a smaller number of functional units and a simpler controller. This stems from the observation that competitive acceleration can be achieved with a smaller array and more frequent rec...

2009
Charles N. Moore

We discuss the effects of several sequence acceleration methods on the partial sums of Fourier series. For a large set of functions we show that these methods fail. 2000 Mathematics Subject Classification: 65B10, 65T10, 42A20

2008
S. Sadov

In a well forgotten memoir of 1890, Andrei Markov devised a convergence acceleration technique based on a series transformation which is very similar to what is now known as the WilfZeilberger (WZ) method. We review Markov’s work, put it in the context of modern computeraided WZ machinery, and speculate about possible reasons of the memoir being shelved for so long.

2003
Anand P. Santhanam Sumanta N. Pattanaik Jannick P. Rolland Celina Imielinska Jack Norfleet

A real-time physiologically-based normal and pathological breathing model of lungs has been conceived and implemented. The algorithm developed for lung deformations under various breathing scenarios uses polygonal models of lungs. The method developed avoids the “ stiffness” problem observed in Mass-Spring models. Hardware acceleration of the exhalation and the inhalation process is done using ...

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