Projects on M. I. E. ARDJOUNEhttps://miedocs.pages.dev/projects/Recent content in Projects on M. I. E. ARDJOUNEHugoenSun, 19 Jul 2026 00:00:00 +0000ecc_hardware_Accelerator_P: Same as before but with a prime field, a constant-time ladder, and an AXI4-Lite bushttps://miedocs.pages.dev/projects/ecc_hardware_accelerator_p-same-as-before-but-with-a-prime-field-a-constant-time-ladder-and-an-axi4-lite-bus/Sun, 19 Jul 2026 00:00:00 +0000https://miedocs.pages.dev/projects/ecc_hardware_accelerator_p-same-as-before-but-with-a-prime-field-a-constant-time-ladder-and-an-axi4-lite-bus/Porting a binary-field elliptic curve scalar multiplier to P-256 turned into three separate projects: a prime-field rebuild of the same architecture, a parallel-multiplier constant-time Montgomery ladder, and an AXI4-Lite peripheral to put it on a bus.Elliptic Curve Scalar Multiplication Hardware Accelerator over GF(2^233), verified end to end and reachable over UARThttps://miedocs.pages.dev/projects/elliptic-curve-scalar-multiplication-hardware-accelerator-over-gf2233-verified-end-to-end-and-reachable-over-uart/Mon, 13 Jul 2026 00:00:00 +0000https://miedocs.pages.dev/projects/elliptic-curve-scalar-multiplication-hardware-accelerator-over-gf2233-verified-end-to-end-and-reachable-over-uart/A SystemVerilog implementation of Modified Lopez-Dahab scalar multiplication over GF(2^233), checked against an independent Python model, and wired to a real UART bridge so the FPGA can be sent a scalar and asked for the answer.