Titlebook: Stabilization, Safety, and Security of Distributed Systems; 26th International S Toshimitsu Masuzawa,Yoshiaki Katayama,Yonghwan Kim Confere

谆谆教诲

Complete Graph Identification in Population Protocols specifies potential interactions (i.e., communication) between agent pairs. This paper addresses the complete graph identification problem, requiring agents to determine if their communication graph is a clique or not. We evaluate various settings based on: (i) the fairness preserved by the adversa

投射

Efficient Self-stabilizing Simulations of Energy-Restricted Mobile Robots by Asynchronous Luminous Mot swarms. Our focus is on ., a scheduler designed for energy-restricted robots, which falls between . and .. We propose efficient protocols for simulating . luminous (.) robots operating in . using . robots in . or .. Our contributions are twofold. (1) We introduce protocols that simulate . robots

用不完

Brief Announcement: Perpetual Exploration of Triangular Grid by Myopic Oblivious Robots Without Chirines, rings, tori, rectangular grids, etc. In this work, we have considered a . (RETG). A RETG is a part of an infinite triangular grid and the part is enclosed by a rectangle whose one pair of parallel sides aligns with a family of parallel straight lines of the infinite triangular grid. We have st

Maximizer

An Optimal Algorithm for Geodesic Mutual Visibility on Hexagonal Gridsass through any intermediate agent) and efficiency (i.e., messages are delivered through shortest paths). These properties can be obtained if the . (.) problem is solved: oblivious robots move along the edges of the graph, without collisions, to occupy some vertices that guarantee they become pairwi

Antarctic

Coating in , with One Axis Agreementto ensure the closed surrounding of an object. As a model for PM, we consider the ., where asynchronous particles are modeled as finite state automata, living and operating on a triangular grid embedded in the plane. So far, within ., the Coating problem has been investigated for . particles sharing