Travelled to:
1 × Australia
1 × Canada
1 × China
1 × Finland
1 × France
2 × Greece
6 × USA
Collaborated with:
R.Kumar A.Anagnostopoulos A.Saberi E.Upfal Q.Yan U.Feige O.Schrijvers S.Vassilvitskii M.McGlohon K.Jain P.Indyk S.Mahabadi V.S.Mirrokni B.Bahmani C.Borgs J.T.Chayes N.Chen N.Immorlica A.R.Karlin A.Rudra R.Fagin D.Sivakumar E.Vee N.Bansal L.Fleischer T.Kimbrel B.Schieber M.Sviridenko
Talks about:
approach (2) match (2) dynam (2) sort (2) rank (2) cartographi (1) newsgroup (1) communiti (1) algorithm (1) structur (1)
Person: Mohammad Mahdian
DBLP: Mahdian:Mohammad
Contributed to:
Wrote 13 papers:
- KDD-2015-MahdianSV #algorithm
- Algorithmic Cartography: Placing Points of Interest and Ads on Maps (MM, OS, SV), pp. 755–764.
- PODS-2014-IndykMMM #composition
- Composable core-sets for diversity and coverage maximization (PI, SM, MM, VSM), pp. 100–108.
- KDD-2012-BahmaniKMU #evolution #graph #rank
- PageRank on an evolving graph (BB, RK, MM, EU), pp. 24–32.
- STOC-2011-MahdianY #approach #online #random
- Online bipartite matching with random arrivals: an approach based on strongly factor-revealing LPs (MM, QY), pp. 597–606.
- KDD-2010-KumarMM
- Dynamics of conversations (RK, MM, MM), pp. 553–562.
- ICALP-v1-2009-ChenIKMR #approximate
- Approximating Matches Made in Heaven (NC, NI, ARK, MM, AR), pp. 266–278.
- ICALP-v2-2009-AnagnostopoulosKMU #how
- Sort Me If You Can: How to Sort Dynamic Data (AA, RK, MM, EU), pp. 339–350.
- KDD-2008-AnagnostopoulosKM #correlation #network #social
- Influence and correlation in social networks (AA, RK, MM), pp. 7–15.
- STOC-2006-FeigeM
- Finding small balanced separators (UF, MM), pp. 375–384.
- ICALP-2004-BansalFKMSS
- Further Improvements in Competitive Guarantees for QoS Buffering (NB, LF, TK, MM, BS, MS), pp. 196–207.
- KDD-2004-BorgsCMS #community
- Exploring the community structure of newsgroups (CB, JTC, MM, AS), pp. 783–787.
- PODS-2004-FaginKSMV #ranking
- Comparing and Aggregating Rankings with Ties (RF, RK, MM, DS, EV), pp. 47–58.
- STOC-2002-JainMS #approach #problem
- A new greedy approach for facility location problems (KJ, MM, AS), pp. 731–740.