Travelled to:
9 × USA
Collaborated with:
∅ A.S.Grimshaw B.Lee X.Zhao A.Barker J.I.v.Hemert D.England J.Sadagopan K.Budati J.D.Sonnek A.Chandra M.Karo C.Dwan J.L.Freeman E.F.Retzel M.Livny
Talks about:
schedul (4) grid (4) parallel (2) system (2) comput (2) applic (2) model (2) peer (2) metaschedul (1) bioinformat (1)
Person: Jon B. Weissman
DBLP: Weissman:Jon_B=
Facilitated 2 volumes:
Contributed to:
Wrote 10 papers:
- HPDC-2008-BarkerWH #data flow #peer-to-peer
- Eliminating the middleman: peer-to-peer dataflow (AB, JBW, JIvH), pp. 55–64.
- HPDC-2007-BudatiSCW #grid #named #performance #platform #reliability
- Ridge: combining reliability and performance in open grid platforms (KB, JDS, AC, JBW), pp. 55–64.
- HPDC-2005-EnglandWS #metric #robust #scheduling
- A new metric for robustness with application to job scheduling (DE, JBW, JS), pp. 135–143.
- HPDC-2001-KaroDFRWL #grid
- Applying Grid Technologies to Bioinformatics (MK, CD, JLF, EFR, JBW, ML), pp. 441–442.
- HPDC-2001-LeeW #grid
- Dynamic Replica Management in the Service Grid (BDL, JBW), pp. 433–434.
- HPDC-1999-Weissman #fault tolerance #grid #question #what
- Fault Tolerant Computing on the Grid: What are My Options? (JBW), pp. 351–352.
- HPDC-1998-Weissman #named #scheduling
- Metascheduling: A Scheduling Model for Metacomputing Systems (JBW), pp. 348–349.
- HPDC-1997-WeissmanZ #parallel #runtime #scheduling
- Run-time Support for Scheduling Parallel Applications in Heterogeneous NOWs (JBW, XZ), pp. 347–355.
- HPDC-1996-WeissmanG #scheduling
- A Federated Model for Scheduling in Wide-Area Systems (JBW, ASG), pp. 542–550.
- HPDC-1994-WeissmanG #clustering #network #parallel
- Network Partitioning of Data Parallel Computations (JBW, ASG), pp. 149–156.