I’m working on a mini self-driving car project with Ackermann steering. The car has to follow a lane with boundary lines on both sides, stay centered, and handle both straight and curved sections like a small F1-style track. I plan to use OpenCV + a webcam for lane detection and then control the steering based on the detected lane center. I’m looking for ideas on lane detection methods, steering control, and how to make it robust on curves and under different lighting conditions submitted by /u/Risheyyy [link] [Kommentare]
My background is a programmer. Recently I decided to build a robot for chatting and daily use. For chatting, it's easy to implement by connecting it into a LLM. But that's all about software stuff, you can just implement it on a phone. So I want to make it movable. But I don't know what can I do in daily life for its mobility. Sorry for my poor imagination, all I can think out is that I can make it a new born duck, so it can always follow me when I walk around. So what kind of robots are you building by yourselves? Can anyone help me to get some cool ideas about my robot? My budget is about 500~1000 dollars. Feel free to comment or send a DM to me. Thanks! submitted by /u/cocoyoung [link] [Kommentare]
A course on the invisible details of interface design: the timing, weight and small decisions that separate good software from great.
The free Reddit marketing tool that catches high-intent posts from the subreddits your customers already use — before the opportunity goes cold. Free Chrome extension.
Post-quantum encryption, right where you already type. No new messenger, and nobody to talk into switching.
The literary translator’s toolkit must include pen, paper, various dictionaries, a big desk, and a huge orange cat.
Notes on Parsifal and The Muppet Movie
Extinction Rebellion claims responsibility for chemical-filled balloon attack targeting concrete and steel
[This is an introductory blog for the paper Laguerre Geometry for Interpreting Large Language Models and the GitHub repository Geometric Lens.] …
Northwestern researchers used automated design and motion blur to build Phantom Twist, a low-visibility drone that spins at up to 1,500 RPM.
Humans miss this subtle sound of danger approaching – but this cheap gadget can sound the mosquito alarm.
Is artificial intelligence displacing young workers at the start of their careers? Not so far. But that could change.