Improve Text Embedding with Simple Prompts 📝
PLUS: Voice Cloning with a Short Audio Clip, High-Quality 3D Rendering on Web on Your Laptop
Today’s top AI Highlights:
Microsoft's Text Embedding Method with GPT-4-Generated Synthetic Data
OpenVoice: Zero-shot Multilingual Voice Replication
City-on-Web: Real-time Neural Rendering of Large-scale Scenes on the Web
Open-source ChatGPT that runs 100% Offline
& so much more!
Read time: 3 mins
Latest Developments 🌍
High-Quality Text Embedding Using LLMs 📚
Microsoft researchers have developed a method for generating high-quality text embeddings, utilizing less than 1,000 training steps and solely synthetic data. This approach, distinct from traditional methods, leverages GPT 3.5 Turbo and GPT 4, bypassing the need for multi-stage training and large, manually curated datasets. Notably, the method has demonstrated its effectiveness by setting new benchmarks in language coverage and task diversity, covering nearly 100 languages and hundreds of thousands of embedding tasks.
Key Highlights:
The method requires fewer than 1,000 training steps, a significant reduction compared to existing methods. It generated around 500,000 examples, comprising 150,000 unique instructions via Azure OpenAI Service. The data spanned 93 languages, with a substantial focus on improving resources for low-resource languages, offering about 1,000 examples per language on average.
In the two-step strategy, LLMs are prompted to brainstorm a pool of candidate tasks, followed by a second prompt to generate task-specific data. This method ensures a high degree of diversity in the data generated and enhances the quality of the synthetic data, leading to more robust and versatile text embedding models.
he method achieved state-of-the-art results on the BEIR and MTEB benchmarks, surpassing previous methods by a notable margin. The core of this performance lies in the use of the Mistral-7B model, fine-tuned solely on synthetic data.
Clone Any Voice with Just a Short Audio Clip ✂️
OpenVoice is a new dimension in voice replication capabilities with minimal input requirements. This technology stands out for its ability to clone a speaker's voice from just a short audio clip, and extends to multiple languages. It allows you to intricately control various aspects of voice style, such as emotion, accent, rhythm, pauses, and intonation, a capability that marks a significant advance over previous methods limited to tone color replication.
Key Highlights:
OpenVoice stands out with its zero-shot cross-lingual voice cloning feature, enabling the cloning of voices in languages not included in its dataset. This capability significantly broadens the scope of voice cloning, allowing it to encompass a wider range of languages and dialects.
OpenVoice's innovative approach involves decoupling the various components of a voice, such as language, tone color, and style features, for independent manipulation. This not only results in more natural voice outputs but also ensures computational efficiency.
Compared to existing voice cloning methods, OpenVoice represents a substantial leap forward. Previous technologies, such as auto-regressive models like VALLE and XTTS, and non-autoregressive models like YourTTS and Voicebox, were either restricted in style control or dependent on extensive MSML datasets for cross-lingual capabilities. OpenVoice offers enhanced style control and eliminates the need for massive language datasets.
High-Quality 3D Rendering to Your Laptop 💻
The challenge of rendering large-scale 3D scenes in real-time on web platforms, especially with limited computing resources like those in laptops, has long been a significant hurdle in computer graphics. City-on-Web is a new system capable of efficiently rendering these complex scenes in web browsers using standard laptop GPUs. Showcasing its capabilities, the system was tested on an NVIDIA RTX 3060 Laptop GPU and achieved a notable performance of 32 FPS at 1080p.
Key Highlights:
City-on-Web innovatively segments large and complex scenes into smaller, manageable blocks, each with its own level of detail. This approach is crucial for rendering detailed environments in real-time within the computing and memory limits of standard laptops and similar devices.
Remarkably, the system operates with high efficiency, utilizing only 18% of the VRAM and 16% of the payload size required by conventional mesh-based methods. This efficiency indicates a significant advancement in managing resources for high-performance rendering on less powerful devices.
The training and rendering processes in City-on-Web are finely tuned to ensure consistency. This alignment guarantees that the visual quality in the final web rendering closely matches that of the training models, maintaining high-quality visuals in complex scenes.
Tools of the Trade ⚒️
Warpy: Open-source platform for developers with compact, high-performance AI solutions across both software and hardware. One of the offerings is Terminal GPT, a command line interface that uses GPT-3.5 to generate responses based on user input, effectively bringing ChatGPT capabilities to the terminal.
Jan: Open-source ChatGPT alternative designed to run completely offline on your computer. It offers the functionality of AI assistants, customizable features, and global hotkeys, while keeping all data local. Jan is compatible with Mac (M1, M2, M3, and Intel), Windows, and Linux, and is in development for mobile devices.
Kadoa: An AI web scraper that simplifies the process of extracting and transforming web data using AI-powered data workflows. It eliminates the need for custom tools for data extraction and transformation from various sources, featuring smart navigation, self-healing workflows, and enterprise scalability.
Lottiebox: A powerful platform designed to make websites and apps stand out with its easy-to-use, mix-and-match animations and ultra-fast speed, optimizing web performance and enhancing user engagement.
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Hot Takes 🔥
People are freaking out right now. They are afraid that GPT-whatever will take everything away from them.
They are wrong.
Today, you can't even solve 1% of technical problems using a Large Language Model.
And I'm being generous. ~ SantiagoBefore we have a million robots in the physical world, we will first see a billion embodied agents in virtual worlds. Gaming is the second major area I'm dedicated to in 2024. AI and Gaming are born for each other, and their happy marriage is just getting started. ~ Jim Fan
Meme of the Day 🤡
That’s all for today!
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