SYPER: Perfectly Resilient Fast Re-Routing Rules for Networks

Csaba Györgyi's reproducibility package supports the INFOCOM'24 paper SYPER, which presents a method for synthesizing local fast re-routing rules to enhance network dependability. The dataset likely contains tabular data related to network topologies, routing rule performance, or computational results from the paper's experiments. Its primary purpose is to enable verification and extension of the research on perfectly resilient network routing.

Use Cases

• [Benchmarking routing algorithms] based on [synthesized perfectly resilient re-routing rules]
• [Reproducing computational experiments] based on [tabular results from the SYPER paper]
• [Analyzing network resilience metrics] based on [likely performance data columns]
• [Developing fault-tolerant network models] based on [described concepts of local fast re-routing]

Strengths

• Directly supports a peer-reviewed publication (INFOCOM'24)
• Author and institution (Csaba Györgyi, University of Vienna) are explicitly stated
• Available under an Open Access (green) license

Limitations

• Critical metadata such as row count, file size, and specific column names are unknown
• The last update date is not provided, limiting assessment of freshness
• The dataset's structure and exact content must be inferred from the paper description

Provenance

Source

Csaba Györgyi, University of Vienna

Collection Method

Created as a reproducibility package for academic research.