UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs


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Translation of «fine-grain» into 25 languages

ACM Computing Surveys, 18, Parallel Simulation in Metropolis. HPCA, IEEE Micro, 23, IEEE Micro, 26, The Synthesizable Modeling Company. Fast, Early and Accurate. Share This Article:.

The paper is not in the journal. Go Back HomePage. DOI: Irfan Uddin. Typically, different simulators with different levels of complexity, speed and accuracy are used.

However, for early design space exploration, simulators with less complexity, high simulation speed and reasonable accuracy are desired. It is also required that these simulators have a short development time and that changes in the design require less effort in the implementation in order to perform experiments and see the effects of changes in the design. These simulators are termed high-level simulators in the context of computer architecture. In this paper, we present multiple levels of abstractions in a high-level simulation of a general-purpose many-core system, where the objective of every level is to improve the accuracy in simulation without significantly affecting the complexity and simulation speed.

Conflicts of Interest The authors declare no conflicts of interest.

Cite this paper Uddin, I. Open Journal of Modelling and Simulation , 3 , References [ 1 ] Uddin, I. Please enable JavaScript to view the comments powered by Disqus. OJMSi Subscription. E-Mail Alert. OJMSi Most popular papers. History Issue. OJMSi News. Frequently Asked Questions.

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Translation of «fine-grain» into 25 languages

Synonyms and antonyms of fine-grain in the English dictionary of synonyms. Examples of use in the English literature, quotes and news about fine-grain. Jon Solworth, Alexandru Nicolau, The architectures described in section 3 offer the capability to execute several machine instructions concurrently. However, how efficiently can the potential of such Dirk Wilhelm Kadyk.

A pilot study was performed to identify 20 life areas that were considered to be most important to college-age Dirk Wilhelm Kadyk, Some of the existing well-known academic fine-grain reconfigurable platforms are described in the next subsections. The first part of this section is about platforms that are based on fine-grain reconfigurable devices, while the second one is for Stamatis Vassiliadis, Dimitrios Soudris, Diffusion bonding using MA Bonding was conducted using MA material in the fine grain and coarse grain conditions.

Bonds were achieved when joining a MA substrate in the fine grain condition to similar material, see Fig.

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Stan A. David, Konica Impresa Figure 6 underscores the importance of providing hardware support for efficient fine-grain synchronization. In most of the simulations, we find that the fine-grain implementation without hardware support performs worse than the coarse-grain Robert A. Iannucci,

UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs
UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs
UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs
UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs
UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs
UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs
UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs
UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs UTLEON3: Exploring Fine-Grain Multi-Threading in FPGAs

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