We built Physical AI Driven Cardboard Microscope under $100 скачать в хорошем качестве

We built Physical AI Driven Cardboard Microscope under $100

Pathology faces a massive shortage of experts and equipment costs that keep diagnostics out of reach for millions. So, for our project, we asked a crazy question: "Can we build an autonomous, AI-driven diagnostic robot using a Raspberry Pi and cardboard?" This video documents our journey building a "Low-Cost Optomechatronic AI," a system that physically navigates them while understanding context and maintaining it's own memory. How It Works: 1. Sense: A camera captures microscope frames in real-time. 2. Think: Using Gemini 2.0 Flash and SmolAgents , the AI analyses the tissue, detecting regions of interest (cells, nuclei, stains). 3. Act: The system physically moves the microscope stage using servo motors to scan the slide autonomously. It’s messy, it’s built with hot glue, but it generates context-aware pathology reports and allows for telepathology streaming at 30 FPS. #raspberrypi #geminiai #robotics #engineeringstudent #computervision #bmsce #opensource #physicalai #pathology #nvidia