A single CLAUDE.md file with battle-tested rules that dramatically improve Claude Code output quality. Key insight: Anthropic engineers found that CLAUDE.md files over 200 lines actually degrade performance. This file stays lean while covering thinking, safety, quality, and output rules. https://github.com/0rnot/god-mode-claude Also works as a starting point for .cursorrules or other AI coding tools. submitted by /u/NoZookeepergame7900 [link] [留言]

I’ve been working on a unit conversion website and would appreciate feedback from fellow developers. Goals: Fast loading Mobile friendly SEO focused Clean UX Site: https://myunitconverter.app I’d especially love feedback on: Navigation Search experience Performance Features worth adding Happy to return feedback on your projects too. submitted by /u/Nikpa_2163 [link] [留言]

Hey All, I am currently working on ASR models, and I have gathered some recent literature. From my literature search, it seems like the ASR models are getting more and more powerful due to two main things. Because pseudo-labelled data is growing, supervised models are rising rapidly. Whisper-large-v3 has been trained on 5M hours of weakly supervised data, and Nvidia Parakeet v3 has been trained on 660k hours of labelled data (open-sourced). Funny enough, Nvidia Parakeet v3 actually beats Whisper-large-v3 on almost every benchmark, even though it has a smaller model size and smaller data scale. So clearly, scale is not everything. New architectures are on the rise; We used to have self-supervised + CTC to solve the ASR task, but now it seems like Transducer, and Token-Duration-Transducers are taking off. As well as attention encoder-decoder architectures (Qwen) that are all trained in a supervised manner. Now, given that the labelled data is very huge, and the new architectures are coming up, are we saying bye to the self-supervised learning approaches like Data2Vec2.0, WavLM, etc., for ASR, and will we only use them for general-purpose speech tasks? This is actually not similar to how computer vision operates now. Dinov3 is a self-supervised approach that is extremely performant in segmentation, classification, depth estimation etc but I do not see this in the speech domain now. ASR is dominated by these huge supervised architectures (which is a dense-prediction task), as well as emotion recognition, diarization, and speech seperation are also all dominated by the supervised approaches. Do you think we will have our Dino moment with a new self-supervised architecture? Or supervised learning is the way to go? How would these methods actually perform if we trained a self-supervised model on these huge datasets? submitted by /u/ComprehensiveTop3297 [link] [留言]

Opera's new Android update includes a soccer hub in time for the World Cup.

Check Point said hackers broke into dozens of organizations by exploiting a VPN bug in several of its products used across the government.

Marshall's Stockwell III portable speaker runs 40 hours on a charge and costs $250.

Whether you’re shopping for Father’s Day or trying to keep your kids entertained over summer break, you don’t need to spend a fortune to get a great Fitbit right now. You can currently pick up the Fitbit Charge 6 for $50 off at Amazon, Best Buy, and Target, the Fitbit Ace LTE for $80 off […]

Apple has announced the latest version of macOS. It’s all about the reintroduction of Siri, which is now accessible from anywhere on the Mac desktop.

Hi everyone, I work for a major berry company, and a large part of my role involves forecasting total industry crop volumes (weekly harvest/production forecasts) as well as future pricing. I'm relatively new to ML-based forecasting. This is only my second professional role, and I have a bachelor's degree in Information Systems with a few machine learning courses under my belt, but I'm definitely not a forecasting expert. For crop forecasting, I've been working with USDA and other industry datasets. I started with SARIMA models and have recently been experimenting with XGBoost and Holt-Winters methods to compare performance. I'm looking for recommendations on: Libraries/frameworks that are commonly used for production-grade time series forecasting Models that work well for agricultural production forecasting Approaches for forecasting commodity/produce pricing Feature engineering ideas (weather, seasonality, acreage, imports, etc.) Any papers, blogs, or resources that would be useful Most of the data is weekly and highly seasonal, with weather and supply conditions playing a major role. Any suggestions, lessons learned, or pointers from people working in forecasting would be greatly appreciated. submitted by /u/foreigneverythingg [link] [留言]

https://www.theverge.com/report/947575/microsoft-claude-fabl...

It took a few years, but Apple finally made its AI look useful. Now millions of iPhone users in Europe are being told they won't be getting Siri AI anytime soon, if ever - and Apple wants them to blame the EU. Apple says its new AI-powered Siri will not launch on iPhones and iPads […]

The chances are low, but not zero.

Apple took the wraps off iOS 27 at its WWDC event, and the iPhone update is chock-full of smart upgrades, with a big focus on improvements to Siri.

submitted by /u/feross [link] [留言]