Assignment 04
Upcoming module. The simulation and statistical exploration will be published upon release of the weekly specification.
Interactive laboratory and statistical explorations of cryptographic primitives, stochastic processes, and probability models in cybersecurity.
Interactive visualization of elliptic-curve scalar multiplication (Q = kG) on the finite field toy curve y² ≡ x³ + 7 (mod 17). Includes statistical analysis of coordinate uniformity, bit distribution, and avalanche behavior.
End-to-end cryptographic exploration of Ethereum HD wallets: entropy encoding, PBKDF2 stretching, hierarchical key derivation, elliptic-curve keypairs, sponge hashing, and mixed-case error detection.
Comparative study of toy ECC encryption (EC-ElGamal over GF(17)), the classical Caesar cipher, automated Chi-squared statistical cryptanalysis across different text lengths, and Baby-Step Giant-Step key recovery on restricted key spaces.
Monte Carlo simulation of n systems and m attackers under Bernoulli and Rademacher increment models. Explores total score Sₙ, Law of Large Numbers convergence of Sₙ/n, and Central Limit Theorem normality of Sₙ/√n.
Upcoming module. The simulation and statistical exploration will be published upon release of the weekly specification.
Upcoming module. The simulation and statistical exploration will be published upon release of the weekly specification.