dev ∎ // data flows from circuits ⇌ software , what a combo! // professional problem creator ↭ solver // ▓ __ Reach me at: yunus@yunusemrevurgun.com
Here is a crazy obfuscated Fortran code and I won't tell you what is does and I already forgot what it does:
MODULE X1M0D IMPLICIT NONE CONTAINS SUBROUTINE S1(A, B, C) IMPLICIT NONE REAL, INTENT(IN) :: A(:,:), B(:) REAL, INTENT(OUT) :: C(SIZE(B)) INTEGER :: I1 C = 0.0 DO I1 = 1, SIZE(B) C(I1) = SUM(A(I1, :) * B(:)) END DO END SUBROUTINE S1 END MODULE X1M0D PROGRAM Z4 USE X1M0D IMPLICIT NONE REAL, DIMENSION(3,3) :: Q REAL, DIMENSION(3) :: P, W REAL :: E, F INTEGER :: J Q = RESHAPE([0.0, 0.5, 0.5, & 0.33, 0.0, 0.67, & 0.33, 0.33, 0.34], SHAPE=[3, 3]) P = [1.0, 1.0, 1.0] E = 1.0E-5 DO CALL S1(Q, P, W) W = W / 3.0 F = SUM(ABS(W - P)) P = W IF (F <= E) EXIT END DO PRINT *, "Z:" PRINT *, P END PROGRAM Z4
Hey, I’m Yunus Emre Vurgun, but feel free to call me Yun. I’m a developer and IT specialist based in Istanbul, Türkiye. I design the systems that keep data running and architect solutions that bring abstract ideas to life. My focus is on the intersection of Computational Intelligence and Operational Technology, at least that's what I think I'm doing. :)
I’ve worked on and created complex platforms, examples include an industrial-grade resource planning system for clients, a visualization pipeline that bridges graph data with interactive analytics. I’ve even built a neural network classification engine from the ground up. Most of my work is open-source and available on GitHub.
I continuously expand my understanding of IT infrastructure, applied mathematics, and science through resources from online platforms and academia. On GitHub, I’ve published over 100 repositories, including middleware solutions like a KepServerEX REST API wrapper and various system automation bundles to assist other engineers.
I enjoy connecting with the tech community. Check out my Odysee videos on machine learning concepts or my blog posts and travel routes at yunusemrevurgun.com.
In tech, I prioritize architectural integrity and algorithmic theory over fleeting trends. I focus on building robust, lasting solutions rather than chasing the latest framework.
I do not care about the "code", I care about what the system generates, how, why, when and all the metrics included in this. Is the system mathematically sane? Is it robust? Is the codebase a dumpster fire or not?
What do I "like" in computing? Time-resistant fundamentals and their theories, the genius math it is built upon, applying robust approaches to real-world cases and creating new ones. These are the crazy things in computing that amaze me.
- 🤖 FinetuneYuno - CPU-only 1-8 B parameter offline LLM Finetuning App for standard computers + Web UI & Very easy to use
- 📊 MrGraphy - The Graph Database Visualizer & Manager
- 🛡️ MemGuard - Small C Library for Enhanced Memory Management / Limiting & Tracking
malloc()free() - 🤖 Neural Network for Text Classification from Scatch in C++ Using only basic standard libs
- 🏭 KepServerEX Full Web Client
- 📊 Anomaly Detection for Floating Point Values using Statistical Methods in C and C++
- 🐉 Email Dragon - Python Desktop App for Auto-inserting Email Details for a List of Recipients
https://www.yunusemrevurgun.com/
Assembly, Physical Circuits, Digital Circuits
