Research papers and academic contributions
25th International Symposium on Quality Electronic Design (ISQED), 2025
Published
This paper presents a comprehensive study on parallelizing SPHINCS+ digital signature algorithms using AVX512 instruction sets. Our implementation achieved a 56% runtime reduction over the AVX2 baseline, demonstrating significant performance improvements for post-quantum cryptographic operations.
25th International Symposium on Quality Electronic Design (ISQED), 2025
Presentation on parallel SPHINCS+ implementation using AVX instruction sets, demonstrating significant performance improvements for post-quantum cryptographic operations.
Optimization and implementation of quantum-resistant cryptographic algorithms, particularly SPHINCS+ digital signatures.
Deep learning approaches for video analysis, amodal completion, and temporal modeling using ConvLSTM architectures.
Parallel algorithm design and optimization using SIMD instruction sets (AVX512) for cryptographic applications.
Efficient implementation of ML models for real-world applications, with focus on edge deployment and optimization.
