All published intelligence, sovereign stack research, ecosystem news, and AI foundation model reviews.
(inspiring music) (waves rolling) - [Narrator] The systems behind our universe are quantum mechanical. They shift and change with the problems they're tasked to solve. Exploring a vast array of options all at once. And like nature, quantum computing is responsive to the…
Quantum Computing started as a theory as transistors blinked in binary a big question was asked what kind of challenges could we solve if bits became cubits entanglement was harnessed inputs were rectified and outputs Quantified we built new hardware discovered new physics and…
Learn how to use GitHub actions continuous integration and delivery in a software development project. In this quick tutorial, we look at 7 powerful ways to automate code with CI/CD. - My GitHub Actions in SvelteFire https://github.com/codediodeio/sveltefire - GitHub Actions…
In this work, we present a technique to leverage these BIM for robotic navigation, instead of the typical SLAM map (e.g. gmapping, hectorSlam etc), created by scanning the environment beforehand by using mobile robot. The proposed system describes a BIM-based robot navigation…
To celebrate, Research Scientist, Dripto Debroy takes you behind the scenes of the Google Quantum Campus in Santa Barbara, California. Subscribe to Google Quantum AI → https://goo.gle/QuantumAI
My Hope Is that quantum computers will help us solve our existential problems but the journey to get to use for quantum computer is a difficult one even though in theory we think we can achieve this doing it in practice is a whole different thing our latest Quantum chip is the…
I used a simple yet effective technique for Human Following. An aruco marker is a fiducial marker that is placed on the object being imaged. Distance and angle of Line/vector joining two frame's origin (camera frame and arUco marker frame) is calculated and passed to ROS onboard…
The robot takes BIM information and Generates Goal Points for autonomous navigation, to inspect/Detect particular building component(s) in the working environment.