Stabilization, Safety, and Security of Distributed Systems
Description
The 16 full papers, 7 short and 2 invited papers presented were carefully reviewed and selected from 44 submissions. The papers deal with the design and development of distributed systems with a focus on systems that are able to provide guarantees on their structure, performance, and/or security in the face of an adverse operational environment.
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Collect in the Presence of Continuous Churn with Application to Snapshots and Lattice Agreement.- Invited Paper: Homomorphic Operations Techniques Yielding Communication Efficiency.- Boosting the E ciency of Byzantine-tolerant Reliable Communication.- Stand Up Indulgent Rendez-vous.- Brief Announcement: Gathering in Linear Time: A Closed Chain of Disoriented & Luminous Robots with Limited Visibility.- A Discrete and Continuous Study of the Max-Chain-Formation Problem.- Reactive PLS for Distributed Decision.- k-Immediate Snapshot and x-Set Agreement: How Are They Related? .- Brief Announcement: Local Deal-Agreement Based Monotonic Distributed Algorithms for Load Balancing in General Graphs.- Silent MST approximation for tiny memory.- A Privacy-Preserving Collaborative Caching Approach in InformationCentric Networking.- A ne Tasks for k-Test-and-Set.- A Combinatorial Characterization of Self-Stabilizing Population Protocols.- Smoothed Analysis of Leader Election in Distributed Networks.- Brief Announcement: Byzantine Geoconsensus.- Brief Announcement: Veri able Data Sharing In Distributed Computing.- Fast Uniform Scattering on a Grid for Asynchronous Oblivious Robots.- Brief Announcement: Leader Election in the ADD Communication Model.- Physical Zero-Knowledge Proof for Suguru Puzzle.- Uniform deployment of mobile agents in dynamic rings.- Partial Gathering of Mobile Robots from Multiplicity-Allowed Congurations in Rings.- Efficient Dispersion of Mobile Agents without Global Knowledge.- Brief Announcement: TRIX: Low-Skew Pulse Propagation for Fault-Tolerant Hardware.- Time-Optimal Self-Stabilizing Leader Election on Rings in Population Protocols.- Brief Announcement: Effiectiveness of Code Hardening for Fault-Tolerant IoT Software.
