Linda P's Blog

website·Indexed 30 days ago

https://astro-gyoza-ten.vercel.app

A personal knowledge base and blog covering AI concepts, educational technology, and professional development. Content includes guides on LLMs, 3D printing in primary education, Python programming for kids, video editing tools like CapCut and Camtasia, and recommendations for cloud storage and free databases such as TiDB Cloud.

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What's inside Linda P's Blog

  1. Use TiDB Cloud for a free distributed MySQL database

    TiDB Cloud provides a free tier for small projects that does not require a credit card. It offers 5GB of MySQL-compatible storage and 50M Request Units (RUs) per month, with daily backups supported. It is noted for having good connection speeds for servers in China.
  2. Understand the relationship between AI, Machine Learning, and Deep Learning

    Artificial Intelligence (AI) is the broad concept of using software and hardware to perform tasks that typically require human intelligence. Within AI, there are two primary historical approaches: Rule-based systems (Expert Systems), where humans define explicit logic, and Machine Learning (ML), where machines discover rules from data without pre-set instructions. Neural Networks are a specific form of ML that simulate the human brain's structure. Deep Learning is a specialized implementation of neural networks that utilizes multiple hidden layers (depth) to improve performance and computational efficiency.
  3. Use Cloudflare R2 for S3-compatible object storage

    Cloudflare R2 offers 10GB of free monthly storage and is compatible with the AWS S3 API. Note that a credit card or PayPal-linked debit card is required for registration.
  4. Understand Deep Learning and its architecture

    Deep Learning is a specific implementation of neural networks that enables effective computation across multiple layers of neurons. It consists of an input layer, an output layer, and numerous intermediate layers (hidden layers). The 'depth' refers to the ability to construct networks with thousands of hidden layers, significantly increasing performance compared to shallow networks.