2 citations · 2 across the 8 of their papers we have counts for
9 papers
A general approach to transversal versions of Dirac-type theorems
Pranshu Gupta, Fabian Hamann, Alp Müyesser +2
Given a collection of hypergraphs with the same vertex set, an -edge graph is a transversal if there is a bijection $…
Walker-Breaker Games on
Dennis Clemens, Pranshu Gupta, Yannick Mogge
The Maker-Breaker connectivity game and Hamilton cycle game belong to the best studied games in positional games theory, including results on biased games, games on random graphs a…
Ramsey equivalence for asymmetric pairs of graphs
Simona Boyadzhiyska, Dennis Clemens, Pranshu Gupta +1
A graph is Ramsey for a pair of graphs if any red/blue-coloring of the edges of yields a copy of with all edges colored red or a copy of with all edges colo…
Ramsey simplicity of random graphs
Simona Boyadzhiyska, Dennis Clemens, Shagnik Das +1
A graph is -Ramsey for another graph if in any -edge-colouring of there is a monochromatic copy of , and the classic Ramsey problem asks for the minimum number…
On the minimum degree of minimal Ramsey graphs for cliques versus cycles
Anurag Bishnoi, Simona Boyadzhiyska, Dennis Clemens +3
A graph is said to be -Ramsey for a -tuple of graphs , denoted by , if every -edge-coloring of contains a monochromatic c…
-cross -intersecting families via necessary intersection points
Pranshu Gupta, Yannick Mogge, Simón Piga +1
Given integers and we call families -cross -intersecting if for all ,…
Minimal Ramsey graphs with many vertices of small degree
Simona Boyadzhiyska, Dennis Clemens, Pranshu Gupta
Given any graph , a graph is said to be -Ramsey for if every coloring of the edges of with colors yields a monochromatic subgraph isomorphic to . Further,…
Fast Strategies in Waiter-Client Games on
Dennis Clemens, Pranshu Gupta, Fabian Hamann +3
Waiter-Client games are played on some hypergraph , where denotes the family of winning sets. For some bias , during each round of such a game Wai…
Algorithms Inspired by Nature: A Survey
Pranshu Gupta
Nature is known to be the best optimizer. Natural processes most often than not reach an optimal equilibrium. Scientists have always strived to understand and model such processes.…