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algorithm (8)
network (6)
problem (5)
graph (5)
structur (4)

Stem diamet$ (all stems)

28 papers:

ICALPICALP-v1-2015-GrosseGKSS #algorithm #performance
Fast Algorithms for Diameter-Optimally Augmenting Paths (UG, JG, CK, MHMS, FS), pp. 678–688.
ICALPICALP-v2-2015-FriedrichK #graph #on the #random
On the Diameter of Hyperbolic Random Graphs (TF, AK), pp. 614–625.
LATALATA-2015-Panteleev #sequence
Preset Distinguishing Sequences and Diameter of Transformation Semigroups (PP), pp. 353–364.
STOCSTOC-2013-RodittyW #algorithm #approximate #graph #performance
Fast approximation algorithms for the diameter and radius of sparse graphs (LR, VVW), pp. 515–524.
ICALPICALP-v1-2013-WeimannY #approximate #graph #linear
Approximating the Diameter of Planar Graphs in Near Linear Time (OW, RY), pp. 828–839.
ICALPICALP-v1-2012-ChanLN #bound #fault tolerance #metric
Sparse Fault-Tolerant Spanners for Doubling Metrics with Bounded Hop-Diameter or Degree (THHC, ML, LN), pp. 182–193.
ICALPICALP-v2-2012-PelegRT #algorithm #distributed #network
Distributed Algorithms for Network Diameter and Girth (DP, LR, ET), pp. 660–672.
ICMLICML-2012-WangC12a #clustering
Clustering to Maximize the Ratio of Split to Diameter (JW, JC), p. 74.
CIKMCIKM-2011-TakesK #network
Determining the diameter of small world networks (FWT, WAK), pp. 1191–1196.
HCIHCI-NT-2009-GaoBA #assessment #monitoring
Monitoring and Processing of the Pupil Diameter Signal for Affective Assessment of a Computer User (YG, AB, MA), pp. 49–58.
HPCAHPCA-2009-XuDZZZY #3d #design #network
A low-radix and low-diameter 3D interconnection network design (YX, YD, BZ, XZ, YZ, JY), pp. 30–42.
KDDKDD-2005-LeskovecKF #graph
Graphs over time: densification laws, shrinking diameters and possible explanations (JL, JMK, CF), pp. 177–187.
ICSTSAT-J-2004-TangYRM05 #algorithm #analysis #problem #quantifier #satisfiability
Analysis of Search Based Algorithms for Satisfiability of Propositional and Quantified Boolean Formulas Arising from Circuit State Space Diameter Problems (DT, YY, DR, SM), pp. 292–305.
DATEDATE-v1-2004-BaumgartnerK #bound
Enhanced Diameter Bounding via Structural (JB, AK), pp. 36–41.
ICALPICALP-2004-ArgeMT #algorithm #graph #memory management
External Memory Algorithms for Diameter and All-Pairs Shortest-Paths on Sparse Graphs (LA, UM, LT), pp. 146–157.
SATSAT-2004-TangYRM #algorithm #analysis #problem #quantifier #satisfiability
Analysis of Search Based Algorithms for Satisfiability of Quantified Boolean Formulas Arising from Circuit State Space Diameter Problems (DT, YY, DR, SM), pp. 214–223.
SACSAC-2003-RaidlJ #algorithm #bound #heuristic #problem
Greedy Heuristics and an Evolutionary Algorithm for the Bounded-Diameter Minimum Spanning Tree Problem (GRR, BAJ), pp. 747–752.
VMCAIVMCAI-2003-KroeningS #performance
Efficient Computation of Recurrence Diameters (DK, OS), pp. 298–309.
STOCSTOC-2001-CharikarP #clustering
Clustering to minimize the sum of cluster diameters (MC, RP), pp. 1–10.
SACSAC-1999-HarwoodS #low cost #network
A Method of Trading Diameter for Reduced Degree to Construct Low Cost Interconnection Networks (AH, HS), pp. 474–480.
SACSAC-1999-Shen #estimation
Average Diameter and Its Estimation in Non-Linear Structures (ZS), pp. 489–490.
SACSAC-1998-Shen #estimation #network
Average diameter of network structures and its estimation (ZS), pp. 593–597.
ICALPICALP-1997-AlstrupHLT
Minimizing Diameters of Dynamic Trees (SA, JH, KdL, MT), pp. 270–280.
SACSAC-1997-Shen
The average diameter of binary tree structures (ZS), pp. 40–44.
STOCSTOC-1995-KleinbergT #approximate #network #problem
Approximations for the disjoint paths problem in high-diameter planar networks (JMK, ÉT), pp. 26–35.
ICALPICALP-1994-ItalianoR #maintenance
Maintaining Spanning Trees of Small Diameter (GFI, RR), pp. 227–238.
STOCSTOC-1993-MatousekS #3d #algorithm #problem
A deterministic algorithm for the three-dimensional diameter problem (JM, OS), pp. 478–484.
STOCSTOC-1983-DriscollF #on the #permutation
On the Diameter of Permutation Groups (JRD, MLF), pp. 152–160.

Bibliography of Software Language Engineering in Generated Hypertext (BibSLEIGH) is created and maintained by Dr. Vadim Zaytsev.
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