- 🔠I’m currently working on Combinatorial and Graph Algorithmics
- 🌱 I’m currently learning Advanced complexity theory (Proving NP-Completness-Hardness), Vertex & Edges Coloring, Quantum Computing, Signal and Image Processing, Stochastic Process, Processor Architecture and Control theory
- đź’¬ Ask me about Mathematics, Competitive programming, Mathematical Programming, Graphs, Algorithmic, Processors
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or My Portfolio or you can share your ideas from my web site Here
- ⚡ Fun fact: I love graph coloring & hard problems
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ENSEIRB MATMECA
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- @hitar_h
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Research_LaBRI-Random-generation-of-combinatorial-objects-Hadamard-product-under-Boltzmann-sampling
Research_LaBRI-Random-generation-of-combinatorial-objects-Hadamard-product-under-Boltzmann-sampling PublicImplémentation des algorithmes de Sportiello pour l'échantillonnage exact du produit de Hadamard de distributions combinatoires.
Python
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Game-Of-Life-FPGA
Game-Of-Life-FPGA PublicA complete hardware implementation of Conway’s Game of Life on FPGA, featuring real-time VGA display (320×240), interactive editing, and random initialization. This project demonstrates how a class…
VHDL 2
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FFT_in_Finite_Fields_Reed_Solomon_Error_Correction
FFT_in_Finite_Fields_Reed_Solomon_Error_Correction PublicThis project implements a Reed–Solomon encodec in C++. It performs arithmetic over finite fields GF(2^m) and builds generator polynomials to add redundancy symbols to messages. The modular design s…
C++ 3
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VERY-RISC-16-BITS-Processor
VERY-RISC-16-BITS-Processor PublicConception d’un processeur 16 bits Harvard en VHDL avec FSM de contrôle, UAL, RAM interne, bootloader UART, et périphériques mémoire-mappés. Inclut un assembleur C++ avec analyseur lexical, traduis…
VHDL
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