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IEEE Conference on High Performance Extreme Computing
IEEE Conference on High Performance Extreme Computing
召开年:
2015
召开地:
Waltham, MA(US)
出版时间:
-
会议文集:
-
会议论文
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1.
An accelerated procedure for hypergraph coarsening on the GPU
机译:
在GPU上进行超图粗化的加速过程
作者:
Lin Cheng
;
Hyunsu Cho
;
Yoon Peter
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
graph theory;
graphics processing units;
minimisation;
resource allocation;
GPU threads;
edge cut minimization;
hypergraph coarsening;
hypergraph optimal partitioning;
load imbalance;
sparse graph applications;
task allocation scheme;
Approximation algorithms;
Approximation methods;
Graphics processing units;
Indexes;
Instruction sets;
Partitioning algorithms;
Sparse matrices;
2.
Achieving low latency, reduced memory footprint and low power consumption with data streaming
机译:
通过数据流实现低延迟,减少内存占用和低功耗
作者:
Bockenbach Olivier
;
Wainwright Ian
;
Ali Murtaza
;
Nadeski Mark
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
biomedical ultrasonics;
medical image processing;
patient diagnosis;
power aware computing;
data streaming;
low latency;
low power consumption;
medical diagnostic;
memory footprint reduction;
ultrasound imaging;
Adaptive filters;
Digital signal processing;
Filtering algorithms;
Indexes;
Pipelines;
Real-time systems;
Ultrasonic imaging;
Stream processing;
low latency;
real time;
reduced power consumption;
3.
Automatic cluster parallelization and minimizing communication via selective data replication
机译:
自动集群并行化,并通过选择性数据复制最大程度地减少通信
作者:
Tavarageri Sanket
;
Meister Benoit
;
Baskaran Muthu
;
Pradelle Benoit
;
Henretty Tom
;
Konstantinidis Athanasios
;
Johnson Ann
;
Lethin Richard
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
data handling;
parallel programming;
parallelising compilers;
power aware computing;
program control structures;
storage management;
automatic cluster parallelization;
automatic program parallelization;
communication avoidance method;
communication minimization;
compiler;
energy efficiency;
hardware parallelism;
loop-nest autoparallelization;
nonlocal memory access;
parallel computation;
processor data movement;
runtime system;
selective data replication;
technology scaling;
Arrays;
Benchmark testing;
Complexity theory;
Memory management;
Minimization;
Program processors;
Runtime;
4.
Bisection and twisted SVD on GPU
机译:
GPU上的二等分和扭曲SVD
作者:
Lu He
;
Yan Luo
;
Rui Liu
;
Yu Hengyong
;
Yu Cao
;
Xuzhou Chen
;
Seung Woo Son
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
graphics processing units;
parallel processing;
singular value decomposition;
BT algorithm;
GPU kernels;
bidiagonal SVD;
bisection and twisted SVD;
general purpose GPU;
high performance approach;
matrix factorizations;
parallel computing;
singular value decomposition;
Algorithm design and analysis;
Graphics processing units;
Instruction sets;
Kernel;
Matrix decomposition;
Optimization;
Signal processing algorithms;
5.
Graphulo implementation of server-side sparse matrix multiply in the Accumulo database
机译:
Accumulo数据库中服务器端稀疏矩阵乘法的图形实现
作者:
Hutchison Dylan
;
Kepner Jeremy
;
Gadepally Vijay
;
Fuchs Adam
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
data analysis;
database indexing;
graph theory;
matrix multiplication;
sparse matrices;
storage management;
Accumulo high-performance iterators;
Apache Accumulo database;
GraphBLAS sparse matrix multiplication;
Graphulo implementation;
big data analytics;
database indexing;
distributed storage;
graph analytics;
graph data storage;
server-side sparse matrix multiplication;
Indexing;
Instruction sets;
Monitoring;
Servers;
Sparse matrices;
Writing;
6.
Hardware-efficient compressed sensing encoder designs for WBSNs
机译:
WBSN的硬件高效压缩感测编码器设计
作者:
Jiayi Sheng
;
Chen Yang
;
Herbordt Martin C.
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Toeplitz matrices;
body sensor networks;
compressed sensing;
electrocardiography;
electroencephalography;
prosthetics;
signal reconstruction;
signal sampling;
telecommunication power management;
Bernoulli;
Toeplitz matrix;
WBSN-enabled ECG monitoring;
WBSN-enabled EEG monitoring;
digital-based compressed sensing encoders;
hardware-efficient compressed sensing encoder designs;
implanted sensors;
wireless body sensor networks;
Clocks;
Compressed sensing;
Electrocardiography;
Electroencephalography;
Power demand;
Sensors;
Sparse matrices;
Compressed Sensing;
ECG;
EEG;
Toeplitz;
Wireless body sensor networks;
hardware-efficient;
7.
Performance and productivity evaluation of hybrid-threading HLS versus HDLs
机译:
混合线程HLS与HDL的性能和生产率评估
作者:
Gongyu Wang
;
Lam Herman
;
George Alan
;
Edwards Glen
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
C++ language;
field programmable gate arrays;
high level synthesis;
performance evaluation;
power aware computing;
reconfigurable architectures;
C-C++;
Convey Computer Corp;
FPGA-application development;
FPGA-based reconfigurable computing;
HDL;
HT;
RC-amenable kernels;
hardware-description languages;
high-level synthesis languages;
hybrid-threading HLS;
learning curve;
performance evaluation;
power consumption;
productivity challenges;
productivity evaluation;
Algorithm design and analysis;
Coprocessors;
Field programmable gate arrays;
Hardware design languages;
Kernel;
Message systems;
Productivity;
FPGA;
HDL;
HLS;
performance;
productivity;
8.
FIDES: Enhancing trust in reconfigurable based hardware systems
机译:
FIDES:增强对基于可重新配置的硬件系统的信任
作者:
Shila Devu Manikantan
;
Venugopalan Vivek
;
Patterson Cameron D.
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
authorisation;
field programmable gate arrays;
logic design;
reconfigurable architectures;
FIDES architecture;
FPGA IP cores;
FPGA application design process;
FPGA application development process;
HDL;
IP core communication activities;
Xilinx Zynq 7020 device;
access control policies;
anomaly detection capability;
behavior learning techniques;
bit-stream protection measures;
embedding;
fidelity enhancing security methodology;
logic resources;
minimal latency;
netlist;
nonsensitive IP cores;
open source tools;
overhead;
reconfigurable based hardware systems;
red-black system;
sensitive IP cores;
tag verification;
third-party IP cores;
trusted environment;
Field programmable gate arrays;
Hardware;
IP networks;
Monitoring;
Tagging;
Trojan horses;
Design;
FPGAs;
Hardware Trojans;
Security and Trust;
9.
Embedded second-order cone programming with radar applications
机译:
嵌入式二阶锥编程与雷达应用
作者:
Mountcastle Paul
;
Henretty Tom
;
Naqvi Aale
;
Lethin Richard
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
convex programming;
image reconstruction;
linear programming;
radar imaging;
complex vector;
compressed radar sensing;
convex objective function;
convex optimization;
digital photographic data;
digital photographic video;
embedded second-order cone programming;
embedded signal processing;
final rectified radar image;
linear equations;
linear program;
phase model parameters;
radar applications;
radar signal processing;
small autonomous platforms;
sparse image reconstruction;
underdetermined systems;
Compressed sensing;
Image reconstruction;
Imaging;
Mathematical model;
Radar imaging;
Radar signal processing;
10.
Optimization of symmetric tensor computations
机译:
对称张量计算的优化
作者:
Cai Jonathon
;
Baskaran Muthu
;
Meister Benoit
;
Lethin Richard
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
data analysis;
data structures;
matrix decomposition;
optimisation;
tensors;
MTTKRP operation;
data analysis;
data representation;
matricized tensor times Khatri Rao product;
optimization;
symmetric tensor computation;
tensor decomposition algorithm;
Arrays;
Indexes;
Kernel;
Matrix decomposition;
Optimization;
Symmetric matrices;
Tensile stress;
11.
Agile Condor: A scalable high performance embedded computing architecture
机译:
敏捷神鹰:可扩展的高性能嵌入式计算架构
作者:
Barnell Mark
;
Raymond Courtney
;
Capraro Christopher
;
Isereau Darrek
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
aerospace computing;
autonomous aerial vehicles;
control engineering computing;
embedded systems;
military aircraft;
military computing;
parallel processing;
3U VPX conduction cooled chassis;
Agile Condor;
Air Force Research Laboratory;
HPEC system;
ISR missions;
Information Directorate Advanced Computing and Communications Division;
RF sensing technologies;
RF transparent material;
aeronautics enclosure;
air force real-time HPEC;
external data sources;
external pod payloads;
flight-certified aeronautics pod;
innovative system solutions;
intelligence surveillance and reconnaissance missions;
interface hardware;
multifunction ISR processing;
multimission ISR processing;
open industry standards;
radio frequency transparent material;
scalable high performance embedded computing architecture;
tactical real-time processing;
thermally-efficient industry standard;
unmanned aircraft systems;
Computer architecture;
Field programmable gate arrays;
Graphics processing units;
Real-time systems;
Sensors;
Synthetic aperture radar;
Transceivers;
Autonomous Operations;
Big Data;
High Performance Computing;
High-Performance Embedded Computing;
Information Processing;
Massive Analytics;
Moving Target Indication;
Pod-based Computing;
Scalable Computing;
Synthetic Aperture Radar;
12.
Using a Power Law distribution to describe big data
机译:
使用幂律分布来描述大数据
作者:
Gadepally Vijay
;
Kepner Jeremy
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
Facebook;
Twitter;
Wikipedia;
big data;
data production;
power law distribution;
social sensors;
Big data;
Data models;
Distributed databases;
Matrix converters;
Media;
Signal processing;
Twitter;
Big Data;
Power Law;
Signal Processing;
13.
Atomic-delayed execution: A concurrent programming model for incomplete graph-based computations
机译:
原子延迟执行:用于不完整基于图的计算的并发编程模型
作者:
Diniz Pedro C.
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
concurrency control;
graph theory;
object-oriented programming;
parallel programming;
atomic-delayed execution;
concurrent programming model;
data set size;
incomplete graph-based computations;
object-based concurrent programming model;
temporary data unavailability;
time bounds;
timed execution;
tolerance analysis;
Computational modeling;
Concurrent computing;
Context;
Data models;
Instruction sets;
Object oriented modeling;
Programming;
Concurrent Programming;
Graph-based Computations;
Incomplete Traversals;
14.
A signals processing and big data framework for Monte Carlo aircraft encounters
机译:
蒙特卡洛飞机遭遇的信号处理和大数据框架
作者:
Weinert Andrew
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
Markov processes;
Monte Carlo methods;
aerospace safety;
aerospace simulation;
collision avoidance;
decision theory;
dynamic programming;
signal processing;
Markov decision processes;
Monte Carlo aircraft encounter simulations;
Monte Carlo aircraft encounters;
aircraft avoidance problem;
associated memory requirements;
aviation;
big data framework;
collision avoidance system;
collision risk;
dynamic programming;
horizontal maneuver avoidance logics;
national airspace;
safety standards;
signal processing;
simulation-based framework;
vertical maneuver avoidance logics;
Aircraft;
Atmospheric modeling;
Data models;
Memory management;
Monte Carlo methods;
Optimization;
Sparse matrices;
15.
A tag based vector reduction circuit
机译:
基于标签的矢量减少电路
作者:
Ming Wei
;
Yi-hua Huang
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
field programmable gate arrays;
pipeline processing;
real-time systems;
RAM;
arbitrary sequence;
field-programmable gate arrays;
multiple vector input;
tag-based fully-pipelined vector reduction circuit;
Buffer storage;
Clocks;
Complexity theory;
Containers;
Pipelines;
Prototypes;
Random access memory;
Vector reduction;
field-programmable gate arrays;
fully pipelined;
16.
A task-based linear algebra Building Blocks approach for scalable graph analytics
机译:
基于任务的线性代数构建块方法,可扩展图分析
作者:
Wolf Michael M.
;
Berry Jonathan W.
;
Stark Dylan T.
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
data analysis;
graph theory;
linear algebra;
parallel processing;
GABB;
Graph BLAS-like graph algorithm building blocks;
application design;
architecture design;
computation pattern;
data science application;
data science workload;
irregular memory access;
miniTri;
miniapps;
scalable HPC performance;
scalable graph analytics;
system design;
task-based linear algebra building blocks approach;
Data analysis;
Instruction sets;
Kernel;
Libraries;
Linear algebra;
Parallel processing;
TV;
17.
Aparapi-UCores: A high level programming framework for unconventional cores
机译:
Aparapi-UCores:非常规内核的高级编程框架
作者:
Segal Oren
;
Colangelo Philip
;
Nasiri Nasibeh
;
Zhuo Qian
;
Margala Martin
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
programming;
public domain software;
software architecture;
Achilles heel;
Aparapi-UCores;
heterogeneous computing;
high level programming framework;
open source high level framework;
power efficiency advantage;
software architectures;
system programming;
unconventional cores;
Computer architecture;
Field programmable gate arrays;
Graphics processing units;
Hardware;
Java;
Kernel;
Performance evaluation;
APU;
FPGA;
GPU;
computing;
heterogenous;
unconventional cores;
18.
Big Data strategies for Data Center Infrastructure management using a 3D gaming platform
机译:
使用3D游戏平台进行数据中心基础架构管理的大数据策略
作者:
Hubbell Matthew
;
Moran Andrew
;
Arcand William
;
Bestor David
;
Bergeron Bill
;
Byun Chansup
;
Gadepally Vijay
;
Michaleas Peter
;
Mullen Julie
;
Prout Andrew
;
Reuther Albert
;
Rosa Antonio
;
Yee Charles
;
Kepner Jeremy
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
computer centres;
computer games;
data analysis;
data visualisation;
parallel processing;
3D gaming platform;
DCIM;
Facebook;
Google;
IT data points;
Microsoft;
United States government;
big data strategies;
corporate information technology competitive strategies;
data center infrastructure management;
department of defense;
environmental sensors;
high performance computing;
lights-out modular HP EcoPOD 240a data center;
multiple HPC systems;
reliable data center space;
visual analytics;
Big data;
Cooling;
Data visualization;
Games;
Monitoring;
Sensors;
Three-dimensional displays;
19.
A fast, energy-efficient abstraction for simultaneous breadth-first searches
机译:
快速,节能抽象,可同时进行广度优先搜索
作者:
McLaughlin Adam
;
Riedy Jason
;
Bader David A.
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
embedded systems;
graph theory;
graphics processing units;
power aware computing;
search problems;
all-pairs shortest-path problem;
embedded computing platforms;
energy consumption;
energy-efficient abstraction;
first-class hardware design constraint;
graph traversal;
massive computing platforms;
multiple breadth-first searches;
multisearch abstraction;
optimized GPU kernels;
simultaneous breadth-first searches;
vertex outdegree;
Algorithm design and analysis;
Computer architecture;
Graphics processing units;
Hardware;
Instruction sets;
Kernel;
Libraries;
20.
High performance computing of gene regulatory networks using a message-passing model
机译:
使用消息传递模型对基因调控网络进行高性能计算
作者:
Glass Kimberly
;
Quackenbush John
;
Kepner Jeremy
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
C++ language;
biology computing;
data assimilation;
genetics;
graph theory;
mathematics computing;
matrix algebra;
message passing;
network theory (graphs);
parallel processing;
programming languages;
Big Data application;
C++ programming language;
MATLAB/Octave programming language;
PANDA;
computational biology;
gene regulatory network;
high performance computing;
matrix operation;
message-passing model;
passing attributes between networks for data assimilation;
Bioinformatics;
Biological system modeling;
Computer languages;
Genomics;
MATLAB;
Mathematical model;
21.
High performance user space sockets on low power System on a Chip platforms
机译:
低功耗片上系统平台上的高性能用户空间插座
作者:
Crawford Catherine H.
;
Padkowski Piotr
;
Baranski Tomasz
;
Czubak Angela
;
Raszka Lukasz
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
cloud computing;
computer centres;
input-output programs;
network interfaces;
system-on-chip;
transport protocols;
Big Data;
I/O bottleneck;
NIC;
SoC processor architecture;
TCP/IP socket stack;
cloud application;
data center;
enterprise server configuration;
high performance user space socket;
network interface card;
system on a chip platform;
Benchmark testing;
Computer architecture;
Hardware;
IP networks;
Kernel;
Servers;
DPAA;
Linux;
QorIQ;
fast networking;
low latency;
low power networking;
networking offload;
user space drivers;
user space sockets;
wire speed;
22.
Algorithm Flattening: Complete branch elimination for GPU requires a paradigm shift from CPU thinking
机译:
算法扁平化:要完全消除GPU的分支,需要从CPU思维上转变范式
作者:
Vespa Lucas
;
Bauman Alexander
;
Wells Jenny
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
general purpose computers;
graphics processing units;
optimisation;
parallel processing;
CPU;
SIMD design;
algorithm flattening;
complete branch elimination;
drastic de-optimization;
general purpose GPU computing;
graphics processing units;
single instruction multiple data;
supercomputers;
Acceleration;
Graphics processing units;
Instruction sets;
Kernel;
Mathematical model;
Optimization;
23.
MAGMA embedded: Towards a dense linear algebra library for energy efficient extreme computing
机译:
嵌入式MAGMA:建立密集的线性代数库以实现节能高效的极限计算
作者:
Haidar Azzam
;
Tomov Stanimire
;
Luszczek Piotr
;
Dongarra Jack
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
directed graphs;
embedded systems;
least squares approximations;
matrix decomposition;
parallel architectures;
power aware computing;
smart phones;
CUDA cores;
Cholesky factorization;
DAG;
Jetson TK1 development kit;
LAPACK algorithm;
LU factorization;
MAGMA Embedded library;
QR factorization;
dense linear algebra library;
directed acyclic graph;
drones;
embedded computing;
embedded system aware algorithm;
energy efficiency;
energy efficient extreme computing;
hybrid vehicles;
least squares problems;
linear systems of equations;
mobile devices;
numerical library;
performance optimization;
power consumption;
small portable devices;
smart phones;
watches;
Algorithm design and analysis;
Graphics processing units;
Hybrid power systems;
Kernel;
Libraries;
Linear algebra;
Mobile communication;
24.
A near real-time, parallel and distributed adaptive object detection and retraining framework based on AdaBoost algorithm
机译:
基于AdaBoost算法的近实时,并行和分布式自适应目标检测与再训练框架
作者:
Abualkibash Munther
;
Mahmood Ausif
;
Moslehpour Saeid
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
learning (artificial intelligence);
object detection;
parallel algorithms;
real-time systems;
distributed AdaBoost algorithm;
distributed adaptive object detection;
face detection;
generalized object detection;
learning time;
misclassified data;
missed detection;
parallel AdaBoost algorithm;
parallel adaptive object detection algorithm;
real-time adaptive object detection;
retraining framework;
supervised learning;
Algorithm design and analysis;
Face;
Face detection;
Noise measurement;
Object detection;
Training;
Workstations;
AdaBoost;
car detection;
face detection;
master-slave architecture;
object detection;
parallel and distributed computing;
web services;
25.
Parallel vectorized algebraic AES in Matlab for rapid prototyping of encrypted sensor processing algorithms and database analytics
机译:
Matlab中的并行矢量代数AES,用于加密传感器处理算法和数据库分析的快速原型制作
作者:
Kepner Jeremy
;
Gadepally Vijay
;
Hancock Braden
;
Michaleas Peter
;
Michel Elizabeth
;
Varia Mayank
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Galois fields;
cryptography;
database management systems;
mathematics computing;
real-time systems;
software prototyping;
vectors;
Galois field mathematical environments;
Matlab communication toolbox;
OpenSSL;
advanced encrypted standard;
database analytics;
encrypted sensor processing algorithms;
networked databases;
networked sensor systems;
parallel vectorized algebraic AES;
rapid prototyping;
real-time prototyping;
Algorithm design and analysis;
Databases;
Encryption;
Galois fields;
MATLAB;
Algorithms;
Databases;
Encryption;
Matlab;
Security;
Signal Processing;
26.
Coarse-grain reconfigurable ASIC through multiplexer based switches
机译:
通过基于多路复用器的交换机进行粗粒度可重新配置的ASIC
作者:
Gettings Karen
;
Burke Marc
;
Muldavin Jeremy
;
Vai Michael
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
application specific integrated circuits;
fast Fourier transforms;
switching circuits;
coarse grain reconfigurable ASIC;
fast Fourier transform ASIC;
fine grain reconfigurable architecture;
multiplexer based switch;
Application specific integrated circuits;
Clocks;
Field programmable gate arrays;
Kernel;
Multiplexing;
Program processors;
Random access memory;
FFT;
Low power;
coarse-grain;
low SWaP;
reconfigurable;
27.
DDR memory errors caused by Row Hammer
机译:
行锤引起的DDR内存错误
作者:
Aichinger Barbara
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
DRAM chips;
computer centres;
failure analysis;
security of data;
DDR memory errors;
DDR3 memory;
data centers;
end users;
failure mechanism;
reliability issue;
row hammer;
security risk;
Error correction codes;
Failure analysis;
Industries;
Radiation detectors;
Random access memory;
Servers;
Software;
DDR3 Failures;
DDR3 memory;
DDR4;
Data Center down time;
Row Hammer;
28.
Lustre, hadoop, accumulo
机译:
光泽,hadoop,堆积
作者:
Kepner Jeremy
;
Arcand William
;
Bestor David
;
Bergeron Bill
;
Byun Chansup
;
Edwards Lauren
;
Gadepally Vijay
;
Hubbell Matthew
;
Michaleas Peter
;
Mullen Julie
;
Prout Andrew
;
Rosa Antonio
;
Yee Charles
;
Reuther Albert
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
data handling;
parallel databases;
parallel programming;
storage management;
Accumulo database;
Hadoop distributed file system;
Lustre parallel file system;
data processing system;
data storage problem;
databases;
drive failure;
graphs;
matrices;
random lookup;
read bandwidth;
spreadsheets;
storage capacity;
Bandwidth;
Distributed databases;
File systems;
Hardware;
Metadata;
Servers;
Accumulo;
Big Data;
Hadoop;
Insider;
Lustre;
Parallel Performance;
29.
Secure architecture for embedded systems
机译:
嵌入式系统的安全架构
作者:
Vai Michael
;
Nahill Ben
;
Kramer Josh
;
Geis Michael
;
Utin Dan
;
Whelihan David
;
Khazan Roger
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Internet;
computer architecture;
embedded systems;
security of data;
software architecture;
Internet;
after-the-fact system hardening;
embedded system architecture;
embedded system engineers;
functional design aspects;
obscure security;
secure architecture;
secure design aspects;
security codesign;
well-defined functional capabilities;
Computer architecture;
Embedded systems;
Encryption;
Hardware;
AES;
PUF;
Suite B;
confidentiality;
cryptography;
embedded systems;
integrity;
key management;
security;
security coprocessor;
30.
Dawn: Rapid large-scale protein multiple sequence alignment and conservation analysis
机译:
黎明:快速大规模蛋白质多序列比对和保守性分析
作者:
Ricke Darrell O.
;
Shcherbina Anna
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
bioinformatics;
data analysis;
proteins;
Dawn;
human missense mutation;
protein multiple sequence dataset;
protein sequence evolutionary conservation;
Human immunodeficiency virus;
Influenza;
Muscles;
Peptides;
Proteins;
Timing;
alignment;
antiviral;
conservation;
variants;
31.
Boosting irregular array Reductions through In-lined Block-ordering on fast processors
机译:
通过快速处理器上的嵌入式块排序来促进不规则数组的减少
作者:
Ciesko Jan
;
Mateo Sergi
;
Teruel Xavier
;
Beltran Vicenc
;
Martorell Xavier
;
Labarta Jesus
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
data reduction;
multiprocessing systems;
parallel programming;
PIBOR;
array reduction;
multicore system;
parallel programming model;
privatization with in-lined block-ordered reduction;
processor cycle;
runtime support;
Arrays;
Bandwidth;
Instruction sets;
Privatization;
Resource management;
Runtime;
Array reduction;
OpenMP;
PIBOR;
32.
D4M: Bringing associative arrays to database engines
机译:
D4M:将关联数组引入数据库引擎
作者:
Gadepally Vijay
;
Kepner Jeremy
;
Arcand William
;
Bestor David
;
Bergeron Bill
;
Byun Chansup
;
Edwards Lauren
;
Hubbell Matthew
;
Michaleas Peter
;
Mullen Julie
;
Prout Andrew
;
Rosa Antonio
;
Yee Charles
;
Reuther Albert
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
computational complexity;
distributed databases;
D4M;
D4M-SciDB connector;
NoSQL Accumulo database;
associative arrays;
big data volume;
complex data;
database engines;
dynamic distributed dimensional data model;
end-to-end application;
information complexity;
learning curve;
scientific community;
storage engines;
Arrays;
Big data;
Connectors;
Context;
Databases;
Engines;
Sparse matrices;
Big Data;
Data Analytics;
Dimensional Analysis;
Federated Databases;
33.
Optimizing Space Time Adaptive Processing through accelerating memory-bounded operations
机译:
通过加速内存限制操作优化时空自适应处理
作者:
Tze Meng Low
;
Qi Guo
;
Franchetti Franz
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
airborne radar;
floating point arithmetic;
signal processing;
space-time adaptive processing;
3D stacked logic-in-memory system;
FLOP-intensive operation;
STAP algorithm;
floating-point operation;
high memory bandwidth;
memory-bounded operation;
multiple antenna elements;
space time adaptive processing;
Acceleration;
Bandwidth;
Covariance matrices;
Doppler effect;
Libraries;
Random access memory;
Three-dimensional displays;
34.
Leakage evaluation on power balance countermeasure against side-channel attack on FPGAs
机译:
FPGA上针对侧通道攻击的功率平衡对策泄漏评估
作者:
Xin Fang
;
Pei Luo
;
Yunsi Fei
;
Leeser Miriam
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
cryptography;
field programmable gate arrays;
AES encryption algorithm;
FPGA;
LUT;
WDDL;
advanced encryption standard;
arrival times;
differential input signals;
embedded cryptographic systems;
field programmable gate array;
hardware systems;
lower level primitives;
masked gates;
placement constraints;
power balance circuits;
power balance countermeasure;
power leakage evaluation;
secret information recovery;
side-channel attack;
state registers;
wave dynamic differential logic;
Correlation;
Cryptography;
Field programmable gate arrays;
Logic gates;
Registers;
Routing;
Table lookup;
35.
Sampling large graphs for anticipatory analytics
机译:
抽样大图进行预期分析
作者:
Edwards Lauren
;
Johnson Luke
;
Milosavljevic Maja
;
Gadepally Vijay
;
Miller Benjamin A.
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
data analysis;
graph theory;
sampling methods;
Big Data;
anticipatory analytics;
graph sampling;
link prediction statistics;
Approximation methods;
Market research;
Matrix decomposition;
Prediction methods;
Sampling methods;
Tensile stress;
Timing;
36.
Improving Big Data visual analytics with interactive virtual reality
机译:
通过交互式虚拟现实改善大数据视觉分析
作者:
Moran Andrew
;
Gadepally Vijay
;
Hubbell Matthew
;
Kepner Jeremy
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
data visualisation;
human computer interaction;
social networking (online);
virtual reality;
Big Data visual analytics;
Twitter;
data interaction;
data processing;
data visualization;
digital data collection;
geo-tagged information;
human-computer interface;
interactive virtual reality;
social media;
user actions;
Big data;
Data visualization;
Games;
Solid modeling;
Three-dimensional displays;
Twitter;
Virtual reality;
3D;
Twitter;
big data;
data analysis;
geospatial;
situational awareness;
user interaction;
virtual reality;
visual analytics;
visualization;
37.
Enabling on-demand database computing with MIT SuperCloud database management system
机译:
使用MIT SuperCloud数据库管理系统启用按需数据库计算
作者:
Prout Andrew
;
Kepner Jeremy
;
Michaleas Peter
;
Arcand William
;
Bestor David
;
Bergeron Bill
;
Byun Chansup
;
Edwards Lauren
;
Gadepally Vijay
;
Hubbell Matthew
;
Mullen Julie
;
Rosa Antonio
;
Yee Charles
;
Reuther Albert
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Big Data;
cloud computing;
parallel databases;
scientific information systems;
Apache Accumulo;
HPCC job;
HPCC scheduler;
MIT SuperCloud database management system;
SciDB;
centralized storage;
database files;
database migration;
high-performance computing cluster platform;
on-demand database computing;
scientific databases;
Arrays;
Database systems;
Engines;
File systems;
Hardware;
Security;
Accumulo;
Big Data;
D4M;
Grid Engine;
Hadoop;
MIT SuperCloud;
SciDB;
38.
Accelerating K-Means clustering with parallel implementations and GPU computing
机译:
通过并行实现和GPU计算加速K-Means集群
作者:
Bhimani Janki
;
Leeser Miriam
;
Ningfang Mi
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
distributed shared memory systems;
graphics processing units;
message passing;
parallel architectures;
pattern clustering;
unsupervised learning;
CUDA-C;
GPU computing;
MPI;
NVIDIA graphics processing units;
OpenMP;
distributed memory;
heterogeneous computing;
image processing;
information retrieval;
k-means clustering;
k-means performance;
message passing;
parallel implementation;
parallel programming;
shared memory;
social science;
unsupervised machine learning method;
weather forecasting;
Clustering algorithms;
Convergence;
Graphics processing units;
Image color analysis;
Instruction sets;
Parallel processing;
Signal processing algorithms;
39.
Heterogeneous work-stealing across CPU and DSP cores
机译:
跨CPU和DSP内核的异构工作窃取
作者:
Kumar Vivek
;
Sbirlea Alina
;
Jayaraj Ajay
;
Budimlic Zoran
;
Majeti Deepak
;
Sarkar Vivek
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
digital signal processing chips;
low-power electronics;
multiprocessing systems;
parallel programming;
synchronisation;
system-on-chip;
ARM CPU;
DSP cores;
DSP processors;
FPGAs;
GPU;
HC-K2H;
Habanero-C programming system;
SoC;
Texas Instruments Keystone II Hawking platform;
data transfer;
floating-point performance;
heterogeneous systems;
heterogeneous work-stealing;
high-performance computer nodes;
hybrid programming model;
lower power requirements;
lower-level direct programming;
multicore general-purpose CPU;
parallel programming model;
power constraints;
power-efficient special purpose processing units;
power-to-performance ratio;
runtime system;
special purpose processors;
synchronization;
system-on-a-chip;
work-stealing runtime;
Benchmark testing;
Digital signal processing;
Hardware;
Multicore processing;
Program processors;
Programming;
Runtime;
Habanero;
Keystone-II;
load balancing;
scheduling;
work-stealing;
40.
GPU implementation of reverse coordinate conversion for proteins
机译:
蛋白质反向坐标转换的GPU实现
作者:
Bayati Mahsa
;
Bardhan Jaydeep P.
;
Leeser Miriam
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
bioinformatics;
bond angles;
bond lengths;
chemistry computing;
graphics processing units;
molecular dynamics method;
parallel algorithms;
proteins;
GPU implementation;
bond angles;
bond lengths;
computational load;
conformational states;
global Cartesian coordinates;
internal coordinates;
linear dependency;
local Cartesian coordinate spaces;
molecular dynamics;
molecular structure;
parallel algorithm;
parallel processing;
parallel techniques;
protein engineering;
protein modeling;
protein structures;
reduction technique;
reverse coordinate conversion;
Amino acids;
Geometry;
Graphics processing units;
Indexes;
Mathematical model;
Proteins;
Vegetation;
41.
Improving the performance of graph analysis through partitioning with sampling
机译:
通过采样划分提高图分析的性能
作者:
Wolf Michael M.
;
Millery Benjamin A.
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
data analysis;
data reduction;
graph theory;
sampling methods;
data analytics;
dimensionality reduction;
eigenspace analysis;
graph analysis;
graph community structure;
partitioning quality;
random sampling technique;
sampling strategy;
vertex degree distribution;
Generators;
Kernel;
Laboratories;
Runtime;
Signal processing;
Sparse matrices;
Stochastic processes;
42.
Multi-modal sensor registration for vehicle perception via deep neural networks
机译:
通过深度神经网络进行车辆感知的多模式传感器配准
作者:
Giering Michael
;
Venugopalan Vivek
;
Reddy Kishore
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
image fusion;
image registration;
neural nets;
optical radar;
radar imaging;
video signal processing;
Ford LiDAR-video driving test data set;
LiDAR-video input misalignment detection;
LiDAR-video systems;
automated vehicle physical surroundings;
decision support systems;
deep-learning method;
driverless cars;
dynamic real-time LiDAR-video registration;
fused data analysis;
heterogeneous data;
multimodal deep-convolutional neural networks;
multimodal registration persistence;
multimodal registration reliability;
multimodal sensor registration;
multiple sensor information modes;
physical features;
spatio-temporal alignment;
vehicle perception;
Accuracy;
Laser radar;
Optical imaging;
Optical sensors;
Testing;
Three-dimensional displays;
Training;
43.
Sorting sixteen numbers
机译:
排序十六个数字
作者:
Ming Ouyang
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
graphics processing units;
sorting;
Batcher sorting network;
GPUs;
Van Voorhis sorting network;
coprocessors;
data processing;
hextuple;
unordered tuple;
Arrays;
Graphics processing units;
Hardware;
Instruction sets;
Runtime;
Sorting;
Wires;
44.
Biomedical relation extraction using stochastic difference equations
机译:
利用随机差分方程提取生物医学关系
作者:
Fakhry Carl Tony
;
Zarringhalam Kourosh
;
Ping Chen
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
difference equations;
medical computing;
stochastic processes;
SDE;
biomedical entities;
biomedical relation extraction;
medical terms;
stochastic difference equations;
unsupervised method;
Mathematical model;
Particle separators;
Partitioning algorithms;
Proteins;
Semantics;
Surgery;
Unified modeling language;
45.
Enabling application resilience through programming model based fault amelioration
机译:
通过基于编程模型的故障改善来实现应用程序的弹性
作者:
Hukerikar Saurabh
;
Diniz Pedro C.
;
Lucas Robert F.
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
checkpointing;
parallel processing;
program compilers;
software fault tolerance;
software maintenance;
C/R recovery;
algorithm-based fault amelioration knowledge;
application resiliency;
application-level recovery;
checkpoint and rollback recovery;
compiler infrastructure;
exascale-class supercomputing systems;
fault resilient operation maintenance;
high-performance computing applications;
large-scale systems;
programming model extensions;
runtime system;
Data structures;
Program processors;
Programming;
Resilience;
Runtime;
Semantics;
Syntactics;
46.
GPU accelerated geometric multigrid method: Comparison with preconditioned conjugate gradient
机译:
GPU加速几何多重网格方法:与预处理共轭梯度的比较
作者:
Stroia Iulian
;
Itu Lucian
;
Nita Cosmin
;
Lazar Laszlo
;
Suciu Constantin
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
differential equations;
graphics processing units;
parallel architectures;
CUBA;
GPU accelerated geometric multigrid method;
GPU-based GMG;
PCG method;
V-cycle scheme;
large sparse linear system;
optimized preconditioned conjugate gradient method;
Algorithm design and analysis;
Graphics processing units;
Instruction sets;
Jacobian matrices;
Linear systems;
Multigrid methods;
Smoothing methods;
CUDA;
GPU;
geometric multigrid;
linear system of equations;
preconditioned conjugate gradient;
speed-up;
47.
GPU acceleration of iterative physical optics-based electromagnetic simulations
机译:
GPU加速基于迭代物理光学的电磁仿真
作者:
Venugopalan Vivek
;
Tokgoz Cagatay
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
computational electromagnetics;
graphics processing units;
iterative methods;
physical optics;
receiving antennas;
transmitting antennas;
EM simulations;
GPU acceleration;
IPO;
K40c GPU;
Nvidia GPUs;
complex geometry;
electromagnetic simulations;
high fidelity prediction;
iterative physical optics;
link budget prediction;
receiving antenna;
transmitting antenna;
Acceleration;
Antennas;
Computational modeling;
Geometry;
Graphics processing units;
Solid modeling;
Surface impedance;
Computational Electromagnetics;
Wi-Fi coverage;
graphics processing units;
parallel processing;
waveguide propagation;
48.
Efficient parallelization of path planning workload on single-chip shared-memory multicores
机译:
单芯片共享存储器多核上路径规划工作负载的高效并行化
作者:
Ahmad Masab
;
Lakshminarasimhan Kartik
;
Khan Omer
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
graph theory;
parallel algorithms;
programming languages;
shared memory systems;
HPC;
graph workload parallelization;
high performance computing;
parallel Python language;
parallel algorithm;
path planning;
programming language;
single-chip shared-memory multicore;
Convergence;
Instruction sets;
Parallel processing;
Path planning;
Roads;
Scalability;
Signal processing algorithms;
49.
Monte Carlo simulations on Intel Xeon Phi: Offload and native mode
机译:
英特尔至强融核上的蒙特卡洛模拟:卸载和纯模式
作者:
Shareef Bryar
;
de Doncker Elise
;
Kapenga John
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
Monte Carlo methods;
coprocessors;
integral equations;
multiprocessing systems;
parallel architectures;
CPU;
Feynman loop integrals;
Intel Xeon Phi coprocessor;
MIC architecture;
Monte Carlo methods;
Monte Carlo simulations;
computational physics;
electrical engineering;
finance;
high energy physics;
high performance computing;
many integrated core architecture;
mathematics;
native modes;
offload modes;
parallel performance;
stochastic geometry;
Accuracy;
Approximation methods;
Generators;
Libraries;
Microwave integrated circuits;
Monte Carlo methods;
Physics;
50.
Hierarchical clustering and k-means analysis of HPC application kernels performance characteristics
机译:
HPC应用程序内核性能特征的层次聚类和k均值分析
作者:
Grodowitz M.L.
;
Sreepathi Sarat
会议名称:
《IEEE Conference on High Performance Extreme Computing》
|
2015年
关键词:
parallel processing;
pattern clustering;
physics computing;
HPC application kernel performance characteristics;
applied physics applications;
fundamental physics applications;
hierarchical clustering;
k-means analysis;
microoperation mix;
off-chip memory bandwidth measurements;
scientific kernels;
Bandwidth;
Instruction sets;
Kernel;
Measurement;
Parallel processing;
Runtime;
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