Dot Physics on MSNOpinion

Understanding the 2×2 eigenvalue problem through Python

Unlock the power of linear algebra! Learn how to solve the 2×2 eigenvalue problem step by step using Python. Perfect for ...
Dot Physics on MSN

Matrix approach to solving linear systems in Python

Learn how to solve linear systems using the matrix approach in Python. This video explains how matrices represent systems of equations and demonstrates practical solutions using linear algebra ...
9to5Google

Gemini 3 Flash’s new ‘Agentic Vision’ improves image responses

Agentic Vision is a new capability for Gemini 3 Flash to make image-related tasks more accurate by “grounding answers in visual evidence.” ...

Meet Prism, OpenAI's free research workspace for scientists - how to try it

Prism helps you draft papers, source contextualized references, and more - just don't delegate your research to it.
GitHub

This is a simple example of how to deploy an Azure Function using ZipDeploy. This is a very simple way to deploy an Azure Function without having to use a full CI/CD pipeline.

To learn more about how the template was done refer to the blog post on How to Deploy a .NET isolated Azure Function using Zip Deploy in One-Click on frankysnotes.com. There is also a video on YouTube ...
CNX Software

Raspberry Pi AI HAT+ 2 review – A 40 TOPS AI accelerator tested with Computer Vision, LLM, and VLM workloads

Raspberry Pi sent me a sample of their AI HAT+ 2 generative AI accelerator based on Hailo-10H for review. The 40 TOPS AI ...
IEEE

Abnormal Electricity Consumption Detection Method for Smart Grid Using Fusion Matrix Completion and Improved Clustering Algorithm

Abstract: With the application and development of new technologies such as the Internet of Things and big data in the energy field, smart grids have gradually become the main trend for the future ...
IEEE

Enhancing Traditional Underwater DoA Estimation Techniques Using Convolutional Autoencoder-Based Covariance Matrix Reconstruction

Abstract: Accurate Direction-of-Arrival (DoA) estimation is highly dependent on the correctness of the covariance matrix, which reflects the spatial characteristics of the signal. In underwater ...