Arom @DataScienceArom

Chile será el primer país con certificación fitosanitaria 100% digital con China ✔ A partir del 20 de abril, seremos el primer país en implementar la certificación fitosanitaria 100% electrónica en modalidad paperless, para exportaciones agrícolas y forestales con destino a China, uno de sus principales socios comerciales. Este avance es fruto de un trabajo técnico riguroso liderado por el @sagchile junto a la Administración General de Aduanas de China, que fortalece la sanidad vegetal y abre nuevas oportunidades para el desarrollo del país.

¿Quieres mejorar en SQL? ¡Necesitas esta herramienta! Crea diagramas interactivos y diseña tus bases de datos ✓ Gratis y de código abierto ✓ Importa y exporta código SQL ✓ Sin instalaciones ni registros → drawdb․app

🚨 Synthetic Data is the Future of AI Introducing The Synthetic Data Vault (SDV). This is what you need to know:

Roomrouni Kenshin

How AI/ML Models are Built and Deployed in 12 Steps? by @techyoutbe #ArtificialIntelligence #MachineLearning #ML #Technology

This is what a data science team looks like in 2026. Not a team. A folder. 8 departments. 39 agents. Built in Python.

Neural networks and machine learning, visualized

Pandas Essentials

Important Distributions in Data Science!

Database Indexing Strategies in Backend → Indexing is one of the most powerful ways to speed up database queries in backend systems. → Good indexing reduces lookup time, improves joins, and enhances overall performance—without changing application logic. ✓ 1. Primary Indexes → Automatically created on primary keys. → Ensures fast lookups for unique identifiers. → Always index your primary key fields for efficient record retrieval. ✓ 2. Secondary Indexes → Created on non-primary columns frequently used in searches. → Ideal for fields like email, username, or status. → Helps filter queries quickly without scanning the whole table. ✓ 3. Composite Indexes → Indexes that involve multiple columns. → Best when queries filter or sort by multiple fields. → Order matters: an index on (country, city) helps a query filtering by both but not by city alone. ✓ 4. Unique Indexes → Ensures no duplicate values exist. → Useful for emails, usernames, or any field requiring uniqueness. → Also improves performance because the database optimizes for unique checks. ✓ 5. Full-Text Indexes → Optimized for searching phrases and keywords. → Useful for blogs, product search, messaging apps. → Supports natural language queries like “find posts about backend design.” ✓ 6. Partial / Filtered Indexes → Index only part of a table (e.g., active users). → Reduces index size and boosts speed when data has predictable patterns. ✓ 7. Covering Indexes → Contains all required columns for a query. → Allows the database to answer the query using only the index—no table scan. → Ideal for SELECT-heavy workloads. ✓ 8. Indexing for Joins → Always index foreign keys. → Ensure both sides of join conditions are indexed. → Improves multi-table queries significantly. ✓ 9. Avoid Over-Indexing → Each index increases storage size. → Slows down write operations (insert/update/delete). → Only create indexes for real, repeated query patterns. ✓ 10. Monitoring Index Performance → Use EXPLAIN or ANALYZE to check index usage. → Remove unused indexes to reduce overhead. → Continuously adjust indexing as your data and queries evolve. → Grab the Backend Development with Projects Ebook: codewithdhanian.gumroad.com/l/juuzy

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A Neural Processing Unit (NPU) is a specialized chip optimized for fast parallel computation, especially matrix and vector operations. In probability and statistics, NPUs accelerate tasks like Monte Carlo simulations and Bayesian inference. In machine learning, they speed up neural network training and inference with low power use. In real life, NPUs power features such as face unlock, speech recognition, smart cameras, autonomous driving, and on-device predictive AI across phones, cars, and IoT devices.

The 10 types of clustering that all data scientists need to know. Let's dive in:

statistics is cool

Machine Learning Image Credit-> DataInterview

If you want to get started with system design, learn these 15 concepts: 1) How JWT Works: ↳ lucode.co/json-web-token… 2) Idempotency in API Design: ↳ lucode.co/idempotency-in… 3) SQL vs NoSQL: ↳ lucode.co/sql-vs-nosql-l… 4) Service Discovery in Distributed Systems: ↳ lucode.co/service-discov… 5) Message Queues Explained: ↳ lucode.co/message-queues… 6) How Observability Turns Alerts Into Insight: ↳ lucode.co/observability-… 7) WebSockets Explained: ↳ lucode.co/websockets-xl1… 8) Principles of Solution Architecture Design: ↳ lucode.co/solution-archi… 9) Change Data Capture (CDC): ↳ lucode.co/change-data-ca… 10) PACELC Theorem: ↳ lucode.co/pacelc-theorem… 11) ACID transactions: ↳ lucode.co/acid-transacti… 12) Forward vs Reverse Proxy: ↳lucode.co/forward-vs-rev… 13) Strong vs Eventual Consistency: ↳ lucode.co/strong-vs-even… 14) How HTTPS Works: ↳ lucode.co/https-explaine… 15) API Gateway vs Load Balancer: ↳ lucode.co/api-gateway-vs… What else would you add? -- 🔖 Save for later. ♻️ Repost to help others learn system design. 🙋🏻‍♀️ Follow Nikki Siapno + turn on notifications.

four strange attractors and their formulas

AA @measure_plan

7 months ago

visualizing the aizawa attractor equation with gemini 3

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Computer Science is the most important field in humanity

Machine Learning with Projects Roadmap Foundations ├── Mathematics │ ├── Linear Algebra │ ├── Calculus │ ├── Probability │ └── Statistics ├── Programming │ ├── Python Basics │ ├── NumPy & Pandas │ ├── Data Visualization │ └── Jupyter Notebooks └── Core Concepts ├── ML Types ├── Evaluation Metrics ├── Overfitting/Underfitting └── Bias-Variance Tradeoff Supervised Learning ├── Regression │ ├── Linear Regression │ ├── Polynomial Regression │ ├── Regularization │ └── Evaluation ├── Classification │ ├── Logistic Regression │ ├── K-Nearest Neighbors │ ├── Support Vector Machines │ └── Naive Bayes └── Tree-Based Methods ├── Decision Trees ├── Random Forests ├── Gradient Boosting └── XGBoost Unsupervised Learning ├── Clustering │ ├── K-Means │ ├── Hierarchical Clustering │ ├── DBSCAN │ └── Gaussian Mixture Models ├── Dimensionality Reduction │ ├── PCA │ ├── t-SNE │ ├── UMAP │ └── Feature Selection └── Association Rules ├── Apriori Algorithm ├── FP-Growth ├── Market Basket Analysis └── Pattern Mining Deep Learning ├── Neural Networks │ ├── Perceptrons │ ├── Activation Functions │ ├── Backpropagation │ └── Optimization ├── Frameworks │ ├── TensorFlow/Keras │ ├── PyTorch │ ├── Model Building │ └── Training Loops └── Architectures ├── CNNs ├── RNNs/LSTMs ├── Autoencoders ├── GANs └── Transfer Learning Natural Language Processing ├── Text Processing │ ├── Tokenization │ ├── Stemming/Lemmatization │ ├── Stop Words │ └── Text Cleaning ├── Feature Extraction │ ├── Bag of Words │ ├── TF-IDF │ ├── Word Embeddings │ └── BERT Embeddings └── NLP Tasks ├── Sentiment Analysis ├── Text Classification ├── Named Entity Recognition ├── Text Generation └── Machine Translation Computer Vision ├── Image Processing │ ├── OpenCV │ ├── Image Augmentation │ ├── Filtering │ └── Edge Detection ├── Object Detection │ ├── YOLO │ ├── R-CNN │ ├── SSD │ └── Face Detection └── Image Tasks ├── Image Classification ├── Semantic Segmentation ├── Instance Segmentation ├── Image Generation └── Style Transfer MLOps & Deployment ├── Model Management │ ├── Model Serialization │ ├── Version Control │ ├── Experiment Tracking │ └── Model Registry ├── Deployment │ ├── REST APIs │ ├── Docker Containers │ ├── Cloud Deployment │ └── Edge Deployment └── Monitoring ├── Performance Tracking ├── Data Drift ├── Model Retraining ├── A/B Testing └── Logging Projects - Beginner ├── House Price Prediction ├── Customer Segmentation └── Spam Detection Projects - Intermediate ├── Credit Risk Assessment ├── Recommendation System └── Time Series Forecasting Projects - Advanced ├── Image Classification ├── Chatbot Development └── Real-time Object Detection Specialized Topics ├── Reinforcement Learning ├── Time Series Analysis └── Ensemble Methods Tools & Best Practices ├── Development Tools ├── Cloud Platforms └── Best Practices Career Development ├── Portfolio Building ├── Interview Preparation └── Continuous Learning Grab this Ebook to Master Machine Learning with Projects: codewithdhanian.gumroad.com/l/bbjsi

This research is impressive! Shows the true potential of scaling test-time search for scientific discovery. It really pushes long-horizon exploration. "Locus achieves consistent performance boosts up to several days by orchestrating thousands of experiments simultaneously."

Intology @intology

7 months ago

Introducing Locus: the first AI system to outperform human experts at AI R&D Locus conducts research autonomously over multiple days and achieves superhuman results on RE-Bench given the same resources as humans, as well as SOTA performance on GPU kernel & ML engineering tasks.

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