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Open-source research artifacts from the SPIRE Lab at George Mason University.

Research Artifacts

Statistical and temporal LiDAR beam manipulation to compromise autonomous SLAM navigation on ROS2. Includes the PULSER framework for evaluating SLAM robustness under spoofing attacks with TurtleBot3.

GPU-accelerated sum-check protocol implementation over towers of binary fields for the Binius verifiable computing scheme, targeting efficient zkSNARK proof generation.

TFHE bootstrapping acceleration on AMD Versal ACAP AI Engines. Achieves energy-efficient FHE evaluation by offloading blind-rotation kernels to the AIE array with high-throughput PL bridging.

XMSS and hash-based post-quantum signature acceleration on AMD Versal ACAP spatial architecture. Implements SHA-256 and WOTS+ kernels on AI Engines with hardware-software co-design targeting NIST PQC standards.

Hardware-software co-design for efficient KAN inference on AMD Versal ACAP, mapping B-spline computations to AI Engine kernels and comparing against GPU baselines for energy efficiency.