Distance-2-dispersion: dispersion with further constraints
The aim of the dispersion problem is to place a set of k (≤ n) mobile robots in the nodes of
an unknown graph consisting of n nodes such that in the final configuration each node …
an unknown graph consisting of n nodes such that in the final configuration each node …
Maximal Independent Set via Mobile Agents
We consider the problem of finding a maximal independent set (MIS) in an unknown graph
by mobile agents or mobile robots. Suppose n mobile agents are initially located at arbitrary …
by mobile agents or mobile robots. Suppose n mobile agents are initially located at arbitrary …
Dispersion of Mobile Robots in Spite of Faults
We consider the problem of dispersion that asks a group of k≤ n mobile robots to relocate
autonomously on an anonymous n-node m-edge graph of maximum degree Δ such that …
autonomously on an anonymous n-node m-edge graph of maximum degree Δ such that …
Indian Institute of Technology Ropar, Rupnagar, Punjab, India {tanvir. 20maz0001, kaushik. mondal}@ iitrpr. ac. in
T Kaur - … Systems: 11th International Conference, NETYS 2023 …, 2023 - books.google.com
The aim of the dispersion problem is to place a set of k (≤ n) mobile robots in the nodes of
an unknown graph consisting of n nodes such that in the final configuration each node …
an unknown graph consisting of n nodes such that in the final configuration each node …
Check for updates Dispersion of Mobile Robots in Spite of Faults
D Pattanayak¹, G Sharma… - Stabilization, Safety, and …, 2023 - books.google.com
We consider the problem of dispersion that asks a group of k≤ n mobile robots to relocate
autonomously on an anonymous n-node m-edge graph of maximum degree▲ such that …
autonomously on an anonymous n-node m-edge graph of maximum degree▲ such that …
[PDF][PDF] Dispersion of Mobile Robots in Spite of Faults
PS Mandal - researchgate.net
We consider the problem of dispersion that asks a group of k≤ n mobile robots to relocate
autonomously on an anonymous n-node m-edge graph of maximum degree∆ such that each …
autonomously on an anonymous n-node m-edge graph of maximum degree∆ such that each …