📊 Algorithms - nicolasg

🐛Fuzzing Academic

arxiv.org·

Notes on Algorithms

🌲Data Structures

lesswrong.com·

Dynamic Programming Explained Visually: Memoization, Tabulation, and the Patterns That Stick

🌲Data Structures Blog

tryexpora.com··DEV

Reinforcement Learning and Optimal Control Book (RIP Dimitri Bertsekas)

🌲Data Structures Academic

web.mit.edu··Hacker News

AI Isn’t Replacing Engineers, It’s Quietly Crashing Our Infrastructure | by Oz | The Tech Notes | May, 2026

👑Leader Election Blog

medium.com

A Proof on the Computational Complexity of the Traveling Salesman Problem: Why P ≠ NP

🕸️Graph Theory

zenodo.org··Hacker News

Are Neural Networks Collision Resistant?

🗂️Vector Indexes

link.aps.org·

RL in discrete world — Dynamic Programming — Part2: Generalized Policy Iteration (GPI)

🌲Data Structures Blog

medium.com

TiruArt/Pedigree-Polytopes-Lean4: Lean 4 machine-verified proof that Membership Problem for Pedigree Polytopes, M3P ∈ P and P = NP via properties of Pedigree Polytopes.

🕸️Graph Theory Code

github.com··Hacker News

Turing universal neural networks do not require global clocks

🐛Fuzzing Academic

nature.com··Hacker News

Multilingual Word-Level Forced Alignment with Self-Supervised Representations and Learned Dynamic Programming

🌲Data Structures Academic

arxiv.org·

STITCH: Spatial Transcriptomics Imputation via Flow Matching with Internal Learning

📇Vector Indexing Academic

biorxiv.org·

How did software get so reliable without proof? (1996)

🔄Eventual Consistency Discussion

lobste.rs··Lobsters

Towards Implementable Quantum Divide and Conquer: A TSP Solver with Improved Exponential Base over Held-Karp

🌲Data Structures Academic

arxiv.org·

The price of incrementality in k-center clustering

💰Cost-Based Optimization Academic

arxiv.org·

On the Complexity of Signed Domination

🕸️Graph Theory Academic

arxiv.org·

Rayforce

🗂️Vector Indexes Code

github.com··Lobsters, Hacker News

Efficient Minimal Solvers for Visual-Inertial Relative Pose Estimation in Multi-Camera Systems

⚡SIMD Vectorization Academic

arxiv.org·

Sim2Schedule: A Simulator-Guided LLM Framework for Autonomous Open-Pit Mine Scheduling

⚙️Tokio Academic

arxiv.org·

The coding interview patterns, explained by building them

DBHN-Net: Dual-Branch Hybrid Neural Network For Low-Complexity Monaural Speech Enhancement

Notes on Algorithms

Dynamic Programming Explained Visually: Memoization, Tabulation, and the Patterns That Stick

Reinforcement Learning and Optimal Control Book (RIP Dimitri Bertsekas)

AI Isn’t Replacing Engineers, It’s Quietly Crashing Our Infrastructure | by Oz | The Tech Notes | May, 2026

A Proof on the Computational Complexity of the Traveling Salesman Problem: Why P ≠ NP

Are Neural Networks Collision Resistant?

RL in discrete world — Dynamic Programming — Part2: Generalized Policy Iteration (GPI)

TiruArt/Pedigree-Polytopes-Lean4: Lean 4 machine-verified proof that Membership Problem for Pedigree Polytopes, M3P ∈ P and P = NP via properties of Pedigree Polytopes.

Turing universal neural networks do not require global clocks

Multilingual Word-Level Forced Alignment with Self-Supervised Representations and Learned Dynamic Programming

STITCH: Spatial Transcriptomics Imputation via Flow Matching with Internal Learning

How did software get so reliable without proof? (1996)

Towards Implementable Quantum Divide and Conquer: A TSP Solver with Improved Exponential Base over Held-Karp

The price of incrementality in k-center clustering

On the Complexity of Signed Domination

Rayforce

Efficient Minimal Solvers for Visual-Inertial Relative Pose Estimation in Multi-Camera Systems

Sim2Schedule: A Simulator-Guided LLM Framework for Autonomous Open-Pit Mine Scheduling