Citations of WALCOM 2019 LNCS 11355 (extracted from Google scholar)

Paper titleCitations
correction to: weighted upper edge cover: complexity and approximability0
capacitated discrete unit disk cover1
minimum membership covering and hitting0
covering and packing of rectilinear subdivision0
packing 2d disks into a 3d container0
arbitrary pattern formation on infinite grid by asynchronous oblivious robots15
towards work-efficient parallel parameterized algorithms0
applications of v-order: suffix arrays, the burrows-wheeler transform 0
a two query adaptive bitprobe scheme storing five elements1
greedy consensus tree and maximum greedy consensus tree problems1
analyzing the quantum annealing approach for solving linear least squares problems8
efficient algorithm for box folding6
matching sets of line segments0
linear pseudo-polynomial factor algorithm for automaton constrained tree knapsack problem2
weighted upper edge cover: complexity and approximability4
multilevel planarity0
a fast algorithm for unbounded monotone integer linear systems with two variables per inequality via graph decomposition0
the upper bound on the eulerian recurrent lengths of complete graphs obtained by an ip solver0
on the algorithmic complexity of double vertex-edge domination in graphs3
computing the metric dimension by decomposing graphs into extended biconnected components3
drawing clustered graphs on disk arrangements1
(k,?p)-planarity: a relaxation of hybrid planarity3
flat-foldability for 1?×?n maps with square/diagonal grid patterns0
optimal partition of a tree with social distance0
probabilistic analysis of optimization problems on generalized random shortest path metrics2
the prefix fréchet similarity0
hard and easy instances of l-tromino tilings1
maximum-width empty square and rectangular annulus2
a linear time algorithm for the r-gathering problem on the line (extended abstract)2
topological stability of kinetic k-centers3
r-gatherings on a star0
parameterized computational geometry via decomposition theorems0
graph profile realizations and applications to social networks6