Travelled to:
1 × Canada
7 × USA
Collaborated with:
R.K.Sitaraman F.T.Leighton B.Vöcking R.Cole S.Rao S.Arora A.Manjhi T.C.Mowry C.Olston A.Tomasic W.Aiello B.Awerbuch A.W.Richa R.R.Koch A.L.Rosenberg A.Ailamaki C.Garrod A.Ailamaki F.M.a.d.Heide M.Mitzenmacher K.Schröder B.Ghosh S.Muthukrishnan C.G.Plaxton R.Rajaraman R.E.Tarjan D.Zuckerman
Talks about:
network (5) algorithm (3) rout (3) scalabl (2) balanc (2) applic (2) load (2) web (2) multibutterfli (1) interconnect (1)
Person: Bruce M. Maggs
DBLP: Maggs:Bruce_M=
Contributed to:
Wrote 10 papers:
- VLDB-2008-GarrodMAMMOT #query #scalability #web
- Scalable query result caching for web applications (CG, AM, AA, BMM, TCM, CO, AT), pp. 550–561.
- SIGMOD-2006-ManjhiAMMOT #data-driven #scalability #security #web
- Simultaneous scalability and security for data-intensive web applications (AM, AA, BMM, TCM, CO, AT), pp. 241–252.
- STOC-1998-ColeMHMRSSV #multi #network #protocol #random
- Randomized Protocols for Low Congestion Circuit Routing in Multistage Interconnection Networks (RC, BMM, FMadH, MM, AWR, KS, RKS, BV), pp. 378–388.
- STOC-1997-MaggsV #multi #sorting
- Improved Routing and Sorting on Multibutterflies (BMM, BV), pp. 517–530.
- STOC-1995-GhoshLMMPRRTZ #algorithm #analysis
- Tight analyses of two local load balancing algorithms (BG, FTL, BMM, SM, CGP, RR, AWR, RET, DZ), pp. 548–558.
- STOC-1993-AielloAMR #approximate #network
- Approximate load balancing on dynamic and asynchronous networks (WA, BA, BMM, SR), pp. 632–641.
- STOC-1993-ColeMS #array #configuration management #fault #multi #self
- Multi-scale self-simulation: a technique for reconfiguring arrays with faults (RC, BMM, RKS), pp. 561–572.
- STOC-1992-MaggsS #algorithm #bound #network
- Simple Algorithms for Routing on Butterfly Networks with Bounded Queues (BMM, RKS), pp. 150–161.
- STOC-1990-AroraLM #algorithm #network #online
- On-line Algorithms for Path Selection in a Nonblocking Network (SA, FTL, BMM), pp. 149–158.
- STOC-1989-KochLMRR #network
- Work-Preserving Emulations of Fixed-Connection Networks (RRK, FTL, BMM, SR, ALR), pp. 227–240.