نتایج جستجو برای: pipelines

تعداد نتایج: 9180  

2014
Donald C. Comeau Haibin Liu Rezarta Islamaj Dogan W. John Wilbur

BioC is a new format and associated code libraries for sharing text and annotations. We have implemented BioC natural language preprocessing pipelines in two popular programming languages: C++ and Java. The current implementations interface with the well-known MedPost and Stanford natural language processing tool sets. The pipeline functionality includes sentence segmentation, tokenization, par...

2009
H. Lin N. Kuropatkin P. Martini

We have run two completely independent weak lensing analysis pipelines on a set of realistic simulated images of a massive galaxy cluster with a singular isothermal sphere profile (galaxy velocity dispersion σv = 1250 km/sec). The suite of images was constructed using the simulation tools developed by the Dark Energy Survey. We find that both weak lensing pipelines can accurately recover the ve...

2008
D. G. Gobbi P. Mousavi K. M. Li J. Xiang A. Campigotto A. LaPointe G. Fichtinger P. Abolmaesumi

We have created open-source Simulink block libraries for ITK and VTK that allow pipelines for these toolkits to be built in a visual, drag-and-drop style within MATLAB. Each block contains an instance of an ITK or VTK class. Any block connections and parameters that the user makes within MATLAB’s Simulink visual environment are converted into connections and parameters for the ITK and VTK pipel...

2015
Dimitar Sht. Shterionov Gerda Janssens

In order to handle real-world problems, state-of-the-art probabilistic logic and learning frameworks, such as ProbLog, reduce the expensive inference to an efficient Weighted Model Counting. To do so ProbLog employs a sequence of transformation steps, called an inference pipeline. Each step in the probabilistic inference pipeline is called a pipeline component. The choice of the mechanism to im...

2016
Qingshan Feng Rui Li Baohua Nie Shucong Liu Lianyu Zhao Hong Zhang

Girth weld cracking is one of the main failure modes in oil and gas pipelines; girth weld cracking inspection has great economic and social significance for the intrinsic safety of pipelines. This paper introduces the typical girth weld defects of oil and gas pipelines and the common nondestructive testing methods, and systematically generalizes the progress in the studies on technical principl...

2002
William V. Baxter Avneesh Sud Naga K. Govindaraju Dinesh Manocha

We present a new parallel algorithm for interactive walkthrough of complex, gigabyte-sized environments. Our approach combines occlusion culling and levelsof-detail and uses two graphics pipelines with one or more processors. We use a unified scene graph representation for multiple acceleration techniques, and we present novel algorithms for clustering geometry spatially, computing a scene grap...

Journal: :IEICE Transactions 2009
Kazuhiro Komatsu Shuji Sannomiya Makoto Iwata Hiroaki Terada Suguru Kameda Kazuo Tsubouchi

SUMMARY The self-timed pipeline (STP) is one of the most promising VLSI/SoC architectures. It achieves efficient utilization of tens of billions of transistors, consumes ultra low power, and is easy-to-design because of its signal integrity and low electromagnetic interference. These basic features of the STP have been proven by the development of self-timed data-driven multimedia processors, D...

2000
Montek Singh Steven M. Nowick

This paper introduces several new asynchronous pipeline designs which offer high throughput as well as low latency. The designs target dynamic datapaths, both dualrail as well as single-rail. The new pipelines are latchfree and therefore are particularly well-suited for fine-grain pipelining, i.e., where each pipeline stage is only a single gate deep. The pipelines employ new control structures...

2016
Mark A. Franklin

Chip Multi-Processors (CMPs) are now available in a variety of systems and provide the opportunity for achieving high computational performance by exploiting applicationlevel parallelism. In the communications environment, network processors (NPs) are often designed around CMP architectures and in this context the processors may be used in a pipelined manner. This leads to the issue of scheduli...

2015
Malachi Griffith Obi L. Griffith Scott M. Smith Avinash Ramu Matthew B. Callaway Anthony M. Brummett Michael J. Kiwala Adam C. Coffman Allison A. Regier Benjamin J. Oberkfell Gabriel E. Sanderson Thomas P. Mooney Nathaniel G. Nutter Edward A. Belter Feiyu Du Robert L. Long Travis E. Abbott Ian T. Ferguson David L. Morton Mark M. Burnett James V. Weible Joshua B. Peck Adam Dukes Joshua F. McMichael Justin T. Lolofie Brian R. Derickson Jasreet Hundal Zachary L. Skidmore Benjamin J. Ainscough Nathan D. Dees William S. Schierding Cyriac Kandoth Kyung H. Kim Charles Lu Christopher C. Harris Nicole Maher Christopher A. Maher Vincent J. Magrini Benjamin S. Abbott Ken Chen Eric Clark Indraniel Das Xian Fan Amy E. Hawkins Todd G. Hepler Todd Wylie Shawn M. Leonard William E. Schroeder Xiaoqi Shi Lynn K. Carmichael Matthew R. Weil Richard W. Wohlstadter Gary Stiehr Michael D. McLellan Craig S. Pohl Christopher A. Miller Daniel C. Koboldt Jason R. Walker James M. Eldred David E. Larson David J. Dooling Li Ding Elaine R. Mardis Richard K. Wilson

In this work, we present the Genome Modeling System (GMS), an analysis information management system capable of executing automated genome analysis pipelines at a massive scale. The GMS framework provides detailed tracking of samples and data coupled with reliable and repeatable analysis pipelines. The GMS also serves as a platform for bioinformatics development, allowing a large team to collab...

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