631-008
|
Evaluation of CPU Power Control and Scheduling Technique on Parallel Computing Environment
H. Sato and A. Ozaki (Japan)
|
Abstract
|
|
631-027
|
An Improved Prioritization Method for Task Scheduling in Heterogeneous Computing Systems
H. Yu (USA)
|
Abstract
|
|
631-032
|
Load Scheduling for Flow-based Packet Processing on Multi-Core Network Processors
F. He, Y. Qi, Y. Xue, and J. Li (PRC)
|
Abstract
|
|
631-048
|
A Hybrid Scheduling Scheme for Large-Scale Heterogeneous Environments
K. Ohno, M. Matsumoto, S. Katano, T. Sasaki, T. Kondo, and H. Nakashima (Japan)
|
Abstract
|
|
631-061
|
On the Timeliness of a Cluster based Large Scale Online Video Surveillance
K. Sinha, A.D. Chowdhury, S.K. Ghosh, and S. Banerjee (India)
|
Abstract
|
|
631-062
|
A Patch-based Partitioner for Parallel SAMR Applications
H. Johansson and A. Vakili (Sweden)
|
Abstract
|
|
631-067
|
Scheduling Independent Tasks to Minimize Computation and Communication Makespan in Distributed Systems
T.F. Gonzalez (USA)
|
Abstract
|
|
631-073
|
A High-Performance
Parallel Scheduling Architecture for WiMAX Base-Stations
G. Singh, S. Prabhu, and N.F. Mir (USA)
|
Abstract
|
|
631-080
|
A Performance Comparison of Communication-Driven Coscheduling Strategies for Multi-Programmed Heterogeneous Clusters
J.-L. Yu and S.-R. Maeng (Korea)
|
Abstract
|
|
631-084
|
Experiences on Data Flow Models for DAG Applications Executed on Heterogeneous and Changing Computational Environments
I. Hernandez, B. Aleman, and H. Marin (Mexico)
|
Abstract
|
|
631-047
|
Two Authentication Protocols and their Security Analysis in Wireless Mobile Network
H. Li, Z. Fang, R. Li, W. Cao, and X. An (PRC)
|
Abstract
|
|
631-053
|
K-Anonymous Communication in Mobile Ad-Hoc Networks
D. Spiewak, T. Engel (Luxembourg), and J. Abendroth (Germany)
|
Abstract
|
|
631-054
|
Practical Summation via Sampling in Large-Scale Sensor Networks
S. Peng, S. Li, F. Liu, Y. Peng, and X. Liao (PRC)
|
Abstract
|
|
631-057
|
Meeting the Challenges of Service Composition in Mobile Ad Hoc Networks
G. Prochart, R. Weiss (Austria), G. Kaefer, and R. Schmid (Germany)
|
Abstract
|
|
631-063
|
Wireless Multihop Transmission of Sensor Data with Buffering in Neighbor Sensors
D. Sakamoto and H. Higaki (Japan)
|
Abstract
|
|
631-088
|
An IP Connectivity Architectural Model for Heterogeneous Vehicular Networks
E. Coronado and S. Cherkaoui (Canada)
|
Abstract
|
|
631-807
|
MOnKey
- A Portable Middleware on Key
J. Albert, J. Castang, and S. Chaumette (France)
|
Abstract
|
|
631-037
|
Parallel Algorithms for a Visual Text Mining Platform
M.O. Almeida, R.F. Mello, and M.C.F. Oliveira (Brazil)
|
Abstract
|
|
631-043
|
A Parallel Approach for Solving Data Flow Analysis Problems
M. Edvinsson and W. Löwe (Sweden)
|
Abstract
|
|
631-045
|
Policy Adjuster-Driven Grid Workflow Management for Collaborative Heart Disease Identification System
C.-H. Youn, S. Deng, S. Park, H. Kim, and F. Al Hazemi (Korea)
|
Abstract
|
|
631-055
|
A Fault-Tolerant Parallel Optimization Tool based on an Evolutionary Strategy
K. Maier, U. Hönig, and W. Schiffmann (Germany)
|
Abstract
|
|
631-804
|
A Parallel Path Planning Approach based on Organic Computing Principles
M. Schmidt and D. Fey (Germany)
|
Abstract
|
|
631-805
|
A New Marching Pixels Algorithm for Application-Specific Vision Chips for Fast Detection of Objects' Centroids
D. Fey, C. Gaede, A. Loos, and M. Komann (Germany)
|
Abstract
|
|
631-806
|
Algorithmic
Skeletons for General Sparse Matrices on Multi-Core Processors
P. Ciechanowicz (Germany)
|
Abstract
|
|
631-033
|
Prospects of Co-Allocation Strategies for a Lightweight Middleware in Grid Computing
L. Schley (Germany)
|
Abstract
|
|
631-046
|
Alliance-Oriented Security Architecture and Technologies in Collaborative E-Commerce System
H. Si, Z. Fang, Y. Yin, and H. Zhao (PRC)
|
Abstract
|
|
631-052
|
SLA Provisioning by Utilizing Profit-Oriented Fault Tolerance
A. Keller, K. Voss, D. Battré, M. Hovestadt, and O. Kao (Germany)
|
Abstract
|
|
631-072
|
An Automatic Cost-based Framework for Seamless Application Migration in Grid Environments
M. Klemm, R. Veldema, and M. Philippsen (Germany)
|
Abstract
|
|
631-082
|
Multiple-Aspect Malicious Code Detection for Component Survivability in Distributed Environments
J.S. Park, G. An, and A. Suresh (USA)
|
Abstract
|
|
631-800
|
Real-Time
Agent Service Layer for Distributed Cooperative Computing
J. Lee, S.H. Ha, and T.-H. Kim (Korea)
|
Abstract
|
|
631-017
|
ETHOS, A Generic Ethernet over Sockets Driver for Linux
R. Finocchiaro, L. Razik, S. Lankes, and T. Bemmerl (Germany)
|
Abstract
|
|
631-018
|
Multi-Connection and Multi-Core Aware All-Gather on Infiniband Clusters
Y. Qian, M.J. Rashti, and A. Afsahi (Canada)
|
Abstract
|
|
631-038
|
Evaluations
of Load Balancing Methods for Molecular Orbital Calculations on a Hetero-Cluster
System
K. Hayakawa, T. Sasaki, H. Umeda, and U. Nagashima
(Japan)
|
Abstract
|
|
631-040
|
ESPRIT/sim: A High Speed Performance-Simulator for Heterogeneous Embedded Multiprocessors
Y. Ohmiya and H. Amano (Japan)
|
Abstract
|
|
631-041
|
AHSM: Adaptive Packet Filtering with Network Traffic Statistics
B. Xu, G. Zhou, Y. Xue, and J. Li (PRC)
|
Abstract
|
|
631-042
|
Analyzing Characteristics of PC Cluster Consolidated with IP-SAN using Data-Intensive Applications
A. Hara, K. Kamisaka, S. Yamaguchi, and M. Oguchi
(Japan)
|
Abstract
|
|
631-071
|
RAS and Job Log Data Analysis for Failure Prediction for the IBM Blue Gene/L
L.D. Solano-Quinde and B.M. Bode (USA)
|
Abstract
|
|
631-085
|
The Extended Sockets Interface for Accessing RDMA Hardware
R. Russell (USA)
|
Abstract
|
|
631-005
|
The Impact of Multi-Core Architectures on Task Retrieval Policies for Volunteer Computing
D. Toth (USA)
|
Abstract
|
|
631-029
|
Thread Pipelining with Clustered Data Communication on Commodity CMPs
Y. Zhang, K. Ootsu, T. Yokota, and T. Baba (Japan)
|
Abstract
|
|
631-077
|
Two-Path
Limited Speculative Multithreading Processor
T. Baba, T. Yokota, K. Ootsu, J. Yoneda, K. Sato,
and H. Jutori (Japan)
|
Abstract
|
|
631-083
|
Simulation of Level-2 Cache Locking in Multicore Parallel Computing Systems
M. Rani, A. Asaduzzaman, and D. Koivisto (USA)
|
Abstract
|
|
What are Digital Object Identifers?
This conference consists of the following 3 symposia:
SYMPOSIUM 1: High Performance Computing and Networking (HPCN)
* Parallel Computing
* Cluster Computing
* Heterogeneous Computing
* Mobile Computing
* Web Computing
* Supercomputing
* Grid Computing
* Computer and Communications Networks
* Optical Networks
* Broadband Networks
* Wireless Networks
* TCP/IP Networks
* Home Networks
* Interconnection Networks
* Network Interfaces
* Network Protocols
* Network Performance
* Network Security
* Network Optimization
* Network Management
* Modelling and Simulation
* Sensor Networks;
SYMPOSIUM 2: Distributed Software Systems and Applications (DSSA) -
* Parallel and Distributed Compilers
* Operating Systems
* Distributed Computing
* Parallel Programming
* Object-Oriented Systems
* Software Development
* Software Reuse
* Distributed Agents
* Software Tools
* Internet Tools
* Distributed Shared Memory
* Embedded Systems
* Real-Time Systems
* Parallel I/O Systems
* Web-based Systems
* Multimedia Systems
* Information Systems
* Fault-Tolerant Systems
* Distributed Image Processing
* Parallel Data Structures
* Distributed Databases
* Data Warehousing
* Data Mining
* Knowledge-based Systems
* Distributed Workflow Management
* Distributed e-Commerce
* Power Aware Systems
* Compilers and Run Time Support
* Applications
SYMPOSIUM 3: Parallel Algorithms and Architectures (PAA) -
* Algorithm Design
* Parallel and Distributed Algorithms
* Embedded Algorithms
* Communication Algorithms
* Optimization Algorithms
* Randomized Algorithms
* Algorithms for Heterogeneous Systems
* Neural Networks
* Genetic Algorithms
* Algorithms for Quality of Service
* Parallel Computer Architectures
* Computational Models
* Parallel VLSI Design
* Re-Configurable Architecture
* Resource Allocation
* Load Balancing
* Task Scheduling
* Real-Time Scheduling
* Message Routing
* Protocol Design
* Multicast Protocols
* Visualization Tools
* Security and Reliability
* Modelling and Simulation
* Power Aware Routing
* Multicasting Algorithms
* Multicore Computing
* Applications