"LazyFHE-Key Materials and Benchmark Results "

"This dataset supports the reproducibility and extension of the findings presented in the paper \u201cLazyFHE: Towards Reliable and Scalable FHE Services through Manageable Key Management\u201d (submitted to IEEE TDSC). It contains all necessary artifacts to replicate the key performance and scalability evaluations comparing the GINX baseline with our proposed LazyFHE framework.Contents:Bootstrapping Keys:\u200b 50 distinct bootstrapping keys for both the GINX scheme and our LazyFHE scheme, generated under 128-bit security parameters (N=2048, q=2^32). The LazyFHE keys are in the compact  format.Performance Benchmarks:\u200b Raw measurement data from 10 comprehensive benchmark runs, each simulating a different server memory pressure ratio (from 0.5 to 50.0). Data Format:Key files are in a custom binary format (readable by the provided LazyFHE library), and benchmark data is provided in human-readable JSON formats for efficiency.Potential Use Cases:Independent Verification:\u200b Replicate the performance graphs (e.g., CDF curves, latency vs. load) from the paper.Extended Analysis:\u200b Conduct further analysis on latency distributions, tail behavior, or cache performance under the provided workload.Comparison Baseline:\u200b Use the GINX key set and results as a baseline for evaluating other key management or optimization techniques for FHEW-like schemes.Relationship to Paper:The data directly corresponds to the experimental results presented in Section 5 and Figures 8-10 of the associated manuscript."