AI Model Compression: Making Large Models Fit on Small Devices
Running large AI models on edge devices requires compression. Quantization, pruning, distillation—here's how to make big models small without losing too much capability.
Read MoreRunning large AI models on edge devices requires compression. Quantization, pruning, distillation—here's how to make big models small without losing too much capability.
Read MoreMy Laravel API was slow. Average response time was 800ms. After optimization, it's down to 320ms. Here's what I did and the optimizations that actually worked.
Read MoreI had a query that took 45 seconds in PostgreSQL 16. After upgrading to PostgreSQL 17, it runs in 2 seconds. Here's the query, what changed, and why PostgreSQL 17 made such a difference.
Read MoreI wanted to run multiple LLMs simultaneously on my GPU. Simple goal, right? Wrong. GPU memory management became a nightmare. Here's what I learned the hard way.
Read MoreNot every AI application needs cloud-scale infrastructure. Edge AI and compact models like Nano-sized language models enable generative AI on devices with limited resources. I've deployed AI workflows on Raspberry Pi, embedded systems, and low-power servers—here's how to optimize models for edge deployment.
Read MoreInterested in Optimization solutions? Let's discuss how I can help with your project.