Proceedings of the 13th International Symposium on High-Performance Parallel and Distributed Computing
HPDC, 2004.
@proceedings{HPDC-2004, address = "Honolulu, Hawaii, USA", ee = "http://www.computer.org/csdl/proceedings/hpdc/2004/2175/00/index.html", isbn = "0-7695-2175-4", publisher = "{IEEE Computer Society}", title = "{Proceedings of the 13th International Symposium on High-Performance Parallel and Distributed Computing}", year = 2004, }
Event page: http://www.hpdc.org/2004
Contents (36 items)
- HPDC-2004-ZhangKPCNWS #algorithm #parallel #using
- Strategies for Using Additional Resources in Parallel Hash-Based Join Algorithms (XZ, TMK, TP, ÜVÇ, SN, PW, JHS), pp. 4–13.
- HPDC-2004-PearlmanKGSFRFHS #case study #distributed #experience #grid #hybrid
- Distributed Hybrid Earthquake Engineering Experiments: Experiences with a Ground-Shaking Grid Application (LP, CK, SG, BFSJ, JF, KR, ITF, PH, CS), pp. 14–23.
- HPDC-2004-WengACKNS #approach #automation
- An Approach for Automatic Data Virtualization (LW, GA, ÜVÇ, TMK, SN, JHS), pp. 24–33.
- HPDC-2004-ChungH #automation #clustering #performance #web #web service
- Automated Cluster-Based Web Service Performance Tuning (IHC, JKH), pp. 36–44.
- HPDC-2004-HuangS #configuration management #self #using
- Building Self-Configuring Services Using Service-Specific Knowledge (ACH, PS), pp. 45–54.
- HPDC-2004-Abu-GhazalehLG #difference #performance
- Differential Serialization for Optimized SOAP Performance (NAG, MJL, MG), pp. 55–64.
- HPDC-2004-QiaoSD #empirical #multi #network #predict
- An Empirical Study of the Multiscale Predictability of Network Traffic (YQ, JAS, PAD), pp. 66–76.
- HPDC-2004-ZangrilliL #monitoring #network #using
- Using Passive Traces of Application Traffic in a Network Monitoring System (MZ, BL), pp. 77–86.
- HPDC-2004-WuC #evaluation #protocol
- Evaluation of Rate-Based Transport Protocols for λ-Grids (X(W, AAC), pp. 87–96.
- HPDC-2004-DenisAHVKB #communication #performance #problem #security
- Wide-Area Communication for Grids: An Integrated Solution to Connectivity, Performance and Security Problems (AD, OA, RFHH, KV, TK, HEB), pp. 97–106.
- HPDC-2004-GuNY #composition #framework #named #peer-to-peer
- SpiderNet: An Integrated Peer-to-Peer Service Composition Framework (XG, KN, BY), pp. 110–119.
- HPDC-2004-DubnickiUK #distributed #named
- FPN: A Distributed Hash Table for Commercial Applications (CD, CU, WK), pp. 120–128.
- HPDC-2004-AndradeBCM #grid #peer-to-peer
- Discouraging Free Riding in a Peer-to-Peer CPU-Sharing Grid (NA, FVB, WC, MM), pp. 129–137.
- HPDC-2004-WuB #clustering #consistency #performance
- Achieving Performance Consistency in Heterogeneous Clusters (CW, RCB), pp. 140–149.
- HPDC-2004-KichkayloK #component #deployment #distributed #resource management
- Optimal Resource-Aware Deployment Planning for Component-Based Distributed Applications (TK, VK), pp. 150–159.
- HPDC-2004-IrwinGC
- Balancing Risk and Reward in a Market-Based Task Service (DEI, LEG, JSC), pp. 160–169.
- HPDC-2004-XinMS #distributed #evaluation #scalability
- Evaluation of Distributed Recovery in Large-Scale Storage Systems (QX, ELM, TJES), pp. 172–181.
- HPDC-2004-ChervenakPBKS #performance #scalability
- Performance and Scalability of a Replica Location Service (ALC, NP, SB, CK, RS), pp. 182–191.
- HPDC-2004-ChenRA #data type #distributed #middleware #named
- GATES: A Grid-Based Middleware for Processing Distributed Data Streams (LC, KR, GA), pp. 192–201.
- HPDC-2004-ZhaoZF #distributed #file system #grid #virtual machine
- Distributed File System Support for Virtual Machines in Grid Computing (MZ, JZ, RJOF), pp. 202–211.
- HPDC-2004-GuptaLD #comprehension
- Measuring and Understanding User Comfort With Resource Borrowing (AG, BL, PAD), pp. 214–224.
- HPDC-2004-GilburdSW #data mining #mining #privacy
- Privacy-Preserving Data Mining on Data Grids in the Presence of Malicious Participants (BG, AS, RW), pp. 225–234.
- HPDC-2004-FosterGG #grid
- The Grid2003 Production Grid: Principles and Practice (ITF, JG, SG, NM, ENM, AR, DS, AV, JS, SY, DA, RB, WD, JS, DY, IL, SS, CS, YX, MAA, EB, JA, LATB, ME, IF, LG, GEG, AH, JK, NK, RP, VS, JW, YW, KB, LS, JH, MA, LG, JH, FL, SP, RQ, SCS, GF, Jv, KC, KK, DS, HP, SC, KRJ, DEK, JL, DO, IS, BT, MG, RM, JL, TM, DB, CD, DE, RG, MM, YS, JSV, MW, YZ, XZ, PA, RC, BK, CP, JLR, AZ, SM, CTJ, JEP, TLT, HS, BC, ED, LF, CK, GM, NO, KV, KD, PM, MS, DB, PC, AD, CK, EP, AR, SK, BM, BB, PS), pp. 236–245.
- HPDC-2004-RipeanuBCFM #resource management
- Globus and PlanetLab Resource Management Solutions Compared (MR, MB, JSC, ITF, MM), pp. 246–255.
- HPDC-2004-WassonBMH #dot-net
- WS-ResourceFramework on .NET (GSW, NB, MMM, MH), pp. 258–259.
- HPDC-2004-VijayakumarP #data type #evaluation #performance
- Performance Evaluation of Rate-Based Join Window Sizing for Asynchronous Data Streams (NNV, BP), pp. 260–261.
- HPDC-2004-WeinbergJDFH #execution #matrix #query #using
- Gridflow Description, Query, and Execution at SCEC using the SDSC Matrix (JW, AJ, AD, MF, YH), pp. 262–263.
- HPDC-2004-KramerM #grid #using
- Utilization of a Local Grid of Mac OS X-Based Computers using Xgrid (DAK, MM), pp. 264–265.
- HPDC-2004-HauptKACK
- SPURport (TH, AK, NA, AC, MK), pp. 266–267.
- HPDC-2004-GullapalliDHMPS #grid
- Showcasing the Features and Capabilities of NEESgrid: A Grid Based System for the Earthquake Engineering Domain (SG, SD, PH, DM, LP, CS), pp. 268–269.
- HPDC-2004-WalkerM #coordination #using #workflow
- Orchestrating and Coordinating Scientific/Engineering Workflows using GridShell (EW, TM), pp. 270–271.
- HPDC-2004-DahanTRSUWB #grid #tool support
- Grid Portal Toolkit 3.0 (GridPort) (MD, MT, ER, AS, TU, DW, JRB), pp. 272–273.
- HPDC-2004-Boisseau #grid
- UT Grid: A Comprehensive Campus Cyberinfrastructure (JRB), pp. 274–275.
- HPDC-2004-HongLKLP #grid #information management #named
- GAIS: Grid Advanced Information Service based on P2P Mechanism (WH, ML, EK, JL, HP), pp. 276–277.
- HPDC-2004-KwonHKL #grid #named #resource management
- GRASP: A Grid Resource Allocation System based on OGSA (OKK, JH, SK, JRL), pp. 278–279.
- HPDC-2004-Aycock #memory management #ruby
- MPI Ruby with Remote Memory Access (CCA), pp. 280–281.
10 ×#grid
6 ×#distributed
6 ×#performance
6 ×#using
5 ×#named
3 ×#evaluation
3 ×#resource management
2 ×#automation
2 ×#clustering
2 ×#data type
6 ×#distributed
6 ×#performance
6 ×#using
5 ×#named
3 ×#evaluation
3 ×#resource management
2 ×#automation
2 ×#clustering
2 ×#data type