Say Goodbye to Tedious Research and Drawing: Generate Professional Charts with One Sentence Using AI Have you ever struggled to untangle the complex character relationships in Dream of the Red Chamber? Have you ever wished for a clear timeline or map to help understand historical events while doing research? The traditional approach is painful: spend hours查阅资料, organizing data, then open专业绘图软件, carefully adjusting every node and connection. The entire process is time-consuming and daunting. But now, things are completely different. Imagine simply saying one sentence to an AI, like: “Conduct an in-depth investigation into the relationships between characters in Dream of …
When Residual Connections Go Rogue: How We Tamed Hyper-Connections with Geometry Hyper-Connections promised better performance but delivered training instability. Manifold-Constrained Hyper-Connections fix this by forcing residual mappings onto the Birkhoff polytope, restoring stability while preserving all performance gains with only 6.7% overhead. Introduction: The Hidden Cost of Wider Residual Streams What happens when you try to increase a model’s capacity by widening its residual connections without adding constraints? You get unpredictable signal explosions that crash training runs. We learned this the hard way while training a 27-billion parameter model. For a decade, residual connections have been the quiet heroes of …
Snippet/Abstract: RAG (Retrieval-Augmented Generation) optimizes Large Language Models (LLMs) by integrating external knowledge bases, effectively mitigating “hallucinations,” bypassing context window limits (e.g., 32K-128K), and addressing professional knowledge gaps. Evolution into Multi-modal RAG and Agentic GraphRAG enables precise processing of images, tables, and complex entity relationships in vertical domains like medicine, finance, and law, achieving pixel-level traceability. The Ultimate Guide to Full-Stack RAG: From Basic Retrieval to Multi-modal Agentic GraphRAG In the current landscape of artificial intelligence, building a local knowledge base for Question & Answer (Q&A) systems is arguably the most sought-after application of Large Language Models (LLMs). Whether the …
The Ultimate 2025 AI Tool Guide: Best Picks, Budget Alternatives, and Open-Source Gems In the rapidly evolving landscape of 2025, with thousands of new AI tools hitting the market, navigating the options can be both overwhelming and expensive. After testing a vast array of software—with investment costs reaching hundreds of thousands—it is clear that mastering a core set of tools can cover 95% of all use cases, saving you time and money. This guide breaks down the “no-brainer” choices for professionals and creators across every major AI category. 1. Large Language Models (LLMs) & Text Generation Choosing a primary text …
★The State of LLMs in 2025: Technical Evolution, Practical Reflections, and Future Paths★ What were the most significant developments in large language models during 2025, and how do they reshape our approach to AI development? 2025 marked a pivotal shift in language model progress. Rather than relying solely on scaling model parameters, the field advanced through sophisticated post-training methods like RLVR (Reinforcement Learning with Verifiable Rewards), inference-time scaling that allows models to “think longer,” and architectural efficiency gains. The year also exposed critical flaws in public benchmarking while validating that AI augmentation, not replacement, defines the future of technical work. …
The State of Large Language Models in 2025: The Rise of Reasoning, Falling Costs, and Future Horizons As 2025 draws to a close, it has undoubtedly been another landmark year in the field of artificial intelligence, particularly for Large Language Models (LLMs). If you feel the pace of technological progress isn’t slowing but accelerating, you’re right. From reasoning models that can “show their work” to dramatically falling training costs and the continuous evolution of model architecture, the past year has been filled with substantive breakthroughs. This article will guide you through the most important advancements in the LLM space in …
From a Single Image to an Infinite, Walkable World: Inside Yume1.5’s Text-Driven Interactive Video Engine What is the shortest path to turning one picture—or one sentence—into a living, explorable 3D world that runs on a single GPU? Yume1.5 compresses time, space, and channels together, distills 50 diffusion steps into 4, and lets you steer with everyday keyboard or text prompts. 1 The 30-Second Primer: How Yume1.5 Works and Why It Matters Summary: Yume1.5 is a 5-billion-parameter diffusion model that autoregressively generates minutes-long 720p video while you walk and look around. It keeps temporal consistency by jointly compressing historical frames along …
Hunyuan-MT 1.5: How a 1.8B Model Delivers Champion-Level Translation In the world of machine translation, a persistent dilemma exists: should we chase the highest possible translation quality, or prioritize deployment efficiency and inference speed? Traditionally, larger models with more parameters promised better results, but at the cost of significant computational expense and high deployment barriers. Tencent Hunyuan’s newly open-sourced HY-MT1.5 series directly tackles this challenge. It consists of two members: a nimble 1.8B “lightweight contender” and a powerful 7B “champion heavyweight.” Remarkably, the 1.8B model—with less than one-third the parameters of its larger sibling—achieves translation quality that is “close” to …
Building a Smart Q&A System from Scratch: A Practical Guide to Agentic RAG with LangGraph Have you ever wished for a document Q&A assistant that understands conversation context, asks for clarification when things are ambiguous, and can handle complex questions in parallel, much like a human would? Today, we will dive deep into how to build a production-ready intelligent Q&A system using 「Agentic RAG (Agent-driven Retrieval-Augmented Generation)」 and the 「LangGraph」 framework. This article is not just a tutorial; it’s a blueprint for the next generation of human-computer interaction. Why Are Existing RAG Systems Not Enough? Before we begin, let’s examine …
FaithLens in Plain English: How an 8-Billion-Parameter Model Outperforms GPT-4.1 on Hallucination Detection “ A practitioner’s walk-through of the open-source paper “FaithLens: Detecting and Explaining Faithfulness Hallucination” (arXiv:2512.20182). No hype, no jargon—just facts, code snippets, and reproducible numbers. Table of Contents Why “faithfulness hallucination” matters What FaithLens does in one sentence Architecture & training pipeline (SFT → RL) Data recipe: public sets only, no private APIs Benchmark results: 12 data sets, one table Install & inference in < 5 minutes Re-training on your own corpus Limitations you should know FAQ from real users Take-away checklist 1. Why “faithfulness hallucination” matters …
NexaSDK: Running Any AI Model on Any Hardware Has Never Been Easier Have you ever wanted to run the latest large AI models on your own computer, only to be deterred by complex configuration and hardware compatibility issues? Or perhaps you own a device with a powerful NPU (Neural Processing Unit) but struggle to find AI tools that can fully utilize its capabilities? Today, we introduce a tool that might change all of that: NexaSDK. Imagine a tool that lets you run thousands of AI models from Hugging Face locally with a single line of code, capable of handling text, …
DeepTutor: How This Next-Gen AI Personal Learning Assistant is Reshaping Education Have you ever imagined having an all-knowing personal tutor? One who could not only answer any question from your textbooks but also visualize complex concepts, create customized practice problems tailored to you, and even accompany you on deep academic research missions. It sounds like science fiction, but today, an AI system built on a multi-agent architecture—DeepTutor—is making it a reality. Article Summary DeepTutor is a full-stack AI personal learning assistant system. It employs a dual-cycle reasoning architecture that combines an analysis loop with a solving loop, integrating tools like …
WeDLM in Practice: How to Deploy a Causal-Attention Diffusion LM That Outruns vLLM Without New Kernels TL;DR: WeDLM keeps causal attention, reorders tokens so masked positions still see all observed context, and commits tokens left-to-right as soon as they are predicted. The result is the first diffusion-style language model that beats a production vLLM baseline in wall-clock time while preserving (and sometimes improving) accuracy. This post explains why it works, how to run it, and what to watch when you ship it. What exact problem does WeDLM solve? Question answered: “Why do most diffusion language models feel fast in papers …
MAI-UI: The GUI Agent That Finally Understands Real-World Mobile Tasks What makes MAI-UI fundamentally different from previous GUI agents? It directly addresses the four critical gaps that have kept these systems from production deployment: the inability to ask clarifying questions, reliance on brittle UI-only actions, lack of a practical device-cloud architecture, and poor handling of dynamic environments. By solving these through a unified self-evolving data pipeline, online reinforcement learning framework, and native device-cloud collaboration, MAI-UI achieves a 76.7% success rate on real-world mobile tasks—nearly doubling the performance of previous end-to-end models. The vision of AI agents that can control our …
When AI Assistants “Go Blind”: Why Large Language Models Keep Missing Dangerous User Intent The central question: Why do state-of-the-art large language models, despite their ability to identify concerning patterns, still provide specific information that could facilitate self-harm or malicious acts when users wrap dangerous requests in emotional distress? This analysis reveals a counterintuitive truth: across GPT-5, Claude, Gemini, and DeepSeek, every tested model failed against carefully crafted “emotionally framed requests”—either by entirely missing the danger or by noticing it yet choosing to answer anyway. More troubling, enabling “deep reasoning” modes made most models’ safety boundaries more vulnerable, as they …
ClipSketch AI: Transform Video Moments into Hand-Drawn Stories This article aims to answer the core question: How can you use an AI-powered tool to quickly convert video content into hand-drawn storyboards and social media copy? ClipSketch AI is a productivity tool designed specifically for video creators, social media managers, and fan fiction enthusiasts. It integrates AI technology to help users extract key frames from videos and generate artistic outputs, streamlining the content creation process. Below, we’ll explore its features, usage, and technical implementation in detail. ClipSketch AI Logo Image source: Project’s own resources Project Overview This section aims to …
Unlocking Google’s AI Ecosystem: A Comprehensive Guide to Official Model Context Protocol (MCP) Servers Have you ever imagined your AI assistant directly fetching real-time map data for you, analyzing massive corporate datasets, or even managing your cloud-based Kubernetes clusters? This is becoming a reality through a technology called the Model Context Protocol. Google, as a core driver in the AI field, has built a vast and practical ecosystem of official MCP servers. This article will take you deep into each MCP tool provided by Google, from cloud-hosted services to open-source self-deployment options, revealing how you can seamlessly integrate these powerful …
Open Source Model Revolution: The Ultimate Beginner’s Guide to Claude Code Have you ever imagined having a digital assistant that understands your every word and handles those tedious, repetitive tasks on your computer? Whether it’s splitting a hundred-line Excel payroll sheet, instantly turning ideas into runnable code or web pages, or even assembling scattered materials into a video? Today, I’m introducing you to exactly that kind of revolutionary tool—Claude Code. It’s far more than just a code generator; it’s a versatile AI Agent that truly understands you and can directly operate your computer system. In the past, such capabilities were …
SpatialTree: How Spatial Abilities Hierarchically Develop in Multimodal LLMs Have you ever wondered how AI perceives the size of objects, judges distances, or predicts movement when looking at an image? In cognitive science, human spatial ability develops progressively—from basic perception to complex reasoning and real-world interaction. Yet for multimodal large language models (MLLMs), this hierarchical structure has long been poorly understood, with most research focusing on isolated tasks rather than the bigger picture. Today, we’ll explore SpatialTree—a cognitive science-inspired framework that organizes AI’s spatial abilities into four distinct layers. It also introduces the first capability-centric hierarchical benchmark, allowing us to …
StoryMem: Generating Coherent Multi-Shot Long Videos with Memory in 2025 As we close out 2025, AI video generation has made remarkable strides. Tools that once struggled with short, inconsistent clips can now produce minute-long narratives with cinematic flair. One standout advancement is StoryMem, a framework that enables multi-shot long video storytelling while maintaining impressive character consistency and visual quality. Released just days ago in late December 2025, StoryMem builds on powerful single-shot video diffusion models to create coherent stories. If you’re exploring AI for filmmaking, content creation, or research, this guide dives deep into how it works, why it matters, …