This guide walks you through creating a functional AI agent using the Coze low‑code platform, covering account setup, goal definition, visual workflow design with large‑model and image‑generation nodes, variable configuration, testing, and publishing the agent to multiple channels.
This article explains how AI agents work through perception, planning, and action, describes the four supporting systems—memory, tools, safety, and evaluation—and shows how the evolution from prompt engineering to context engineering, with strategies like selective saving, retrieval, compression, and modularization, addresses the core challenges of managing large‑scale context for reliable, efficient agent performance.
The article analyzes why AI applications often require knowledgeable users, outlining ten practical obstacles—from model generality and prompt‑engineering difficulty to poor context management and lack of adaptive interfaces—that prevent AI from becoming truly plug‑and‑play for everyone.
This article explains why a perfect answer from a large language model requires iterative prompt design, outlines a six‑step spiral loop for refining prompts, and offers practical tips such as starting with a minimal prompt, focusing on one improvement at a time, and preserving version history.
This article shares a two‑month hands‑on experience with Cursor, detailing how effective prompts, standardized rules, and the MCP tool can significantly improve coding efficiency, while also exploring the limitations of Cursor, the benefits of DeepResearch, AutoGPT, and Claude 4.0 for advanced AI‑driven development workflows.
Context engineering, the emerging discipline of structuring and managing input information for large language models, goes beyond simple prompt design by addressing issues such as context poisoning, overload, and conflict, offering strategies like intelligent retrieval, isolation, pruning, and compression to build reliable, high‑performing AI agents.
This article traces the evolution from prompt engineering to context engineering, detailing technical milestones, core concepts, practical strategies, and future trends that together reshape large language model applications and enable sophisticated AI agents across diverse domains.
This article explains how the open‑source browser‑use framework combines carefully designed SystemMessage prompts, structured HumanMessage inputs, and LangChain‑driven tool calls to enable large language models to automate complex web tasks such as shopping, CRM updates, résumé processing, and document generation, while providing concrete code examples and best‑practice tips.
Context Engineering, a new discipline for optimizing large language model inputs, expands context windows, compares with prompt engineering, outlines core techniques like information organization, dynamic management, semantic retrieval, and offers practical applications and recommendations to enhance AI performance across domains.
This tutorial walks you through constructing a lightweight ReAct agent using Java, explaining the Thought‑Action‑Observation loop, providing a 200‑line code example, and demonstrating a real‑world approval workflow with prompts, tool definitions, and step‑by‑step interaction logs.
The paper introduces LEADRE, a multi‑faceted knowledge‑enhanced large language model‑driven display advertisement recommender that tackles user interest modeling, knowledge alignment, and low‑latency deployment, achieving significant GMV gains in Tencent’s ad platforms through innovative prompt engineering, semantic alignment, and TensorRT‑accelerated inference.
This article details the author's experience designing a top‑performing AI Werewolf agent for the Taotian Group's AI Werewolf Challenge, covering game rules, core challenges, prompt engineering, caching, concurrent requests, model selection, reinforcement‑learning‑style tuning, and tactical strategies for each role, with code examples.
This article explains why prompt engineering is essential for turning large‑language‑model‑driven chatbots into empathetic assistants, outlines a 5W1H framework for designing structured prompts, provides concrete travel‑assistant examples, and shares practical techniques and tools such as Prompt Optimizer to improve RAG reliability.
The UPRE framework introduces multi‑view domain prompts and unified representation enhancement to achieve zero‑shot domain adaptation for object detection, dramatically improving detection accuracy on unseen target domains across diverse visual scenarios.
The UPRE paper, presented at ICCV, introduces a multi‑view domain prompt and a unified representation enhancement to enable zero‑shot domain adaptation for object detection, achieving state‑of‑the‑art performance across diverse weather, geographic, and synthetic‑to‑real scenarios.
This article explores practical AI engineering strategies, detailing the three AI application modes—Embedding, Copilot, and Agents—along with prompt engineering, model selection, function calling, RAG, workflow design, and multi‑agent architectures to boost business efficiency and user experience.
This article traces the evolution of AI agents from early expert systems to modern large‑language‑model‑driven assistants, explains their core perception, reasoning, memory, and action modules, compares thinking and execution models, and discusses current limitations such as hallucinations, reliability, cost, and security.
The article evaluates several large language models—including ChatGPT, Gemini, Grok, Qwen, and o3‑Pro—on a visual illusion that requires squinting to identify the Mona Lisa, revealing varied success rates, reasoning differences, and insights into model capabilities and limitations.
Prompt‑Optimizer is an open‑source tool that uses AI models to automatically refine and compare prompts, offering multi‑model support, security features, and cross‑platform access, while providing step‑by‑step Docker deployment instructions for developers and prompt engineers.
The article explains how context engineering—evolving from simple prompts to structured information pipelines—enhances the reliability of vertical and domain-specific AI agents, outlines common failure modes such as context poisoning, and presents practical strategies like intelligent retrieval, isolation, pruning, and compression to construct robust agent systems.
The article explains the three core roles—user, assistant, and system—in large language model conversations, detailing their definitions, functions, characteristics, and how proper role prompting clarifies dialogue structure, controls AI behavior, and improves task handling, illustrated with JSON examples and a full simulated exchange.
The article explains that AI acts as an amplifier for software engineers, showing that solid coding fundamentals and precise prompts dramatically boost AI‑generated output, illustrated with prompt comparisons, tooling tactics, and a real‑world PostgreSQL optimization case, while emphasizing disciplined practices to avoid low‑quality code.
This comprehensive guide introduces Prompt Engineering, explaining its core concepts, why clear prompts matter, and how to craft effective instructions using roles, tasks, requirements, and examples, while covering beginner to advanced techniques such as chain‑of‑thought, self‑correction, and building reusable prompt workflows for AI models.
The article explains how the temperature parameter (0‑2) governs randomness in LLM outputs, showing low values yield stable, conservative answers while high values produce diverse, imaginative text, and provides task‑specific recommendations, examples, code snippets, and cautions.
The article presents the 12‑Factor Agents framework, adapting the classic 12‑Factor App methodology to large‑language‑model agents and detailing twelve concrete engineering principles—ranging from prompt control and context engineering to human‑in‑the‑loop and stateless design—that together enable production‑grade, observable, and maintainable AI agents.
Karpathy’s “bacterial programming” metaphor—favoring small, modular, self‑contained code—offers a blueprint for building robust AI agents, while the emerging discipline of context engineering expands on this by systematically assembling prompts, tools, memories, and retrieval mechanisms to supply large language models with precisely the right information.
The article explains Retrieval‑Augmented Generation (RAG), detailing its three‑step workflow—retrieval, augmentation, generation—along with architecture components, data indexing, vector‑database choices, prompt construction, and challenges such as noise, token limits, and model accuracy, illustrating how RAG enables LLMs to fetch relevant quotes before answering.
This article explores the definition of AI agents, examines why they are essential despite challenges like latency and hallucinations, highlights their advantages such as lowered development barriers and workflow simplification, and presents real-world cases and future multi‑agent prospects.
This guide explains how to design AI‑generated business cards that look like code editor windows by using a detailed prompt template, compares model performance (4o, iDream, Doubao), and offers practical tips for handling Chinese characters and formatting.
This article explains how AI agents, using the ReAct framework, enable a human‑machine pair‑programming workflow, details the reasoning‑acting‑observation loop, showcases practical Python examples with smolagents and DeepSeek, and provides prompt‑engineering guidelines for effective tool‑calling.
This tutorial walks through the fundamentals of large language models, prompt engineering, word embeddings, and shows how to use the LangChain framework (including its Java implementation LangChain4j) to build, memory‑manage, retrieve, and chain AI‑driven applications with practical code examples.
The article argues that as large language models become more capable, the key to successful AI applications shifts from clever prompting to robust context engineering—a dynamic, system‑level practice that supplies precise information, appropriate tools, and proper formatting to ensure stable, production‑grade agent behavior.
This article outlines a practical, step‑by‑step approach for technical leaders and engineers to introduce the Cursor AI coding assistant into team workflows, covering motivation, common challenges, a structured R&D process, prompt design, rule creation, and detailed phases from requirement analysis to release.
This article explains why AI coding assistants often fall short, outlines three common pitfalls—imprecise prompts, misuse, and wrong tool choice—and demonstrates how the Cursor IDE can dramatically accelerate development through context‑aware code generation, autonomous task execution, and built‑in code review.
This 2025 research report examines how large language models dramatically boost Web UI test script creation, cutting development time by 10‑20×, slashing maintenance effort by up to 80%, and reshaping testing teams, while also outlining recent academic breakthroughs, industry tools, and future challenges.
This article examines the MultiAgentPPT project, detailing its multi‑agent workflow, the four core agents that generate outlines, split topics, conduct research, and summarize results, and explains how the system retrieves data via a WeChat crawler and constructs prompts for LLM‑driven PPT creation.
This guide breaks down the ten core building blocks of a production‑ready RAG pipeline—from input handling and vector stores to prompt engineering, LLM inference, observability, and evaluation—showing why each piece matters, common pitfalls, and practical best‑practice recommendations.
The article explains that AI hallucination stems from probabilistic language modeling, imperfect training data, missing verification mechanisms, and ambiguous user prompts, and it outlines practical countermeasures such as retrieval‑augmented generation, fine‑tuning, temperature control, prompt engineering, and multi‑model voting to reduce fabricated outputs.
This guide explains how to overcome Dify's limitations by using Nacos 3.0 to register MCP servers, dynamically manage prompts, and centralize environment variables, enabling rapid AI application iteration without redeployment.
Anthropic’s detailed post explains how its new Research feature uses a multi‑agent architecture with a lead coordinator and parallel sub‑agents, covering design principles, prompt engineering tricks, evaluation methods, production reliability challenges, and the substantial performance gains achieved over single‑agent baselines.
This guide explains how to leverage Cursor's Custom Modes to create reusable AI workflows, reduce repetitive prompt writing, and achieve faster, more precise results by configuring mode properties, selecting appropriate tools and models, and using concise natural‑language instructions.
This article dissects AI Agent engineering into product and technical dimensions, explaining how demand modeling, UI/UX design, prompt engineering, multi‑agent architecture, feedback loops, security, and observability together determine whether an AI assistant is usable, reliable, and ready for large‑scale deployment.
The article outlines the core competencies of a next‑generation GenAI application engineer—rapid modular AI development, leveraging AI‑assisted coding tools, strong product and design intuition, and mastery of a layered “AI LEGO” stack ranging from prompting and RAG to agentic frameworks and multimodal technologies.
This article examines the rapid evolution of generative AI UI tools—from early LLM‑template systems to emerging design agents—outlines practical step‑by‑step workflows, compares popular solutions, shares prompt‑engineering tips, and predicts how AI‑driven editors will reshape product design in the coming years.
This comprehensive guide walks you through the fundamentals of Retrieval‑Augmented Generation (RAG) and AI agents, explains their inner workings, shares optimization tricks, provides ready‑to‑run code snippets, and demonstrates how to evaluate performance with metrics such as recall, faithfulness, and answer relevance.
This article walks through building a FastGPT‑powered AI agent that automatically parses, scores, and records resumes in Feishu multi‑dimensional tables, detailing the problem of manual screening, the workflow configuration, prompt design, and the resulting efficiency gains.
Meituan revealed that AI now writes 52% of its new code, using its proprietary LongCat model to handle repetitive tasks, while developers still oversee core logic, prompting a shift toward prompt engineering, careful review, and new strategies to avoid technical debt.
This article offers a detailed, Anthropic‑based guide on building effective AI agents and workflows, covering selection criteria, design patterns such as prompt chains, routing, parallelization, orchestrator‑worker and evaluation‑optimization, real‑world case studies, and concrete implementation recommendations that stress simplicity and composability.
This guide explains how to shift AI coding tools like Cursor, Windsurf, and RooCode from simple code generators into proactive mentors that critique, suggest improvements, and adopt multiple specialized modes, while also covering prompt design, multi‑round dialogue, and practical code examples.
This article chronicles the evolution from simple chat interactions to sophisticated autonomous agents, detailing stages of LLM development, ReAct reasoning, memory management, tool integration, and practical implementation using the browser-use project, while offering prompt design insights and future directions for AI agents.
Eino is an open‑source Golang framework for building large‑model applications, offering reusable components, robust orchestration, clean APIs, best‑practice templates, and full‑cycle DevOps tools, with code examples for both Ollama and OpenAI modes, plus streaming and normal output options.
This article provides a comprehensive overview of generative AI agents, detailing their core components—model, tools, and orchestration layer—explaining cognitive architectures, tool types, learning strategies, and practical development with LangChain and Vertex AI, while highlighting future prospects and challenges.
This guide shows programmers how to harness AI—especially Claude 4 via Cursor—to instantly generate professional diagrams such as flowcharts, UML, SVG, Canvas dashboards, and mind maps, offering step‑by‑step prompts, code examples, tool comparisons, and advanced tips for rapid, high‑quality visual documentation.
In a candid podcast, Anthropic CPO Mike Krieger reveals that up to 95% of Claude Code’s output is AI‑generated, discusses how engineering and product roles are being redefined, examines the challenges of merge queues and product strategy, and shares lessons from the rise and shutdown of the Artifact news app.
The article examines how AI can speed up code generation yet fails to reduce the fundamental complexities of software development, shifting challenges to new areas such as prompt engineering, consistency, changeability, and invisibility, and argues that future developers must master AI to manage, not replace, complexity.
The article enumerates common pitfalls of Retrieval‑Augmented Generation—such as missing content, low‑rank document misses, context limits, format errors, incomplete answers, scalability bottlenecks, complex PDF extraction, data‑quality issues, domain adaptation gaps, hallucinations, and feedback‑loop deficiencies—and offers concrete mitigation strategies ranging from data cleaning and prompt design to hybrid search, hierarchical retrieval, document compression, and automated evaluation.
This article explains how to enhance a travel‑focused AI customer‑service system by importing structured and unstructured data into a RAG pipeline, then applying anaphora resolution and query rewriting techniques—illustrated with FastGPT workflows, prompt templates, and practical examples—to improve retrieval accuracy and answer relevance.
By rethinking how we interact with large language models—using role‑play, task decomposition, chain‑of‑thought, ReAct, and other advanced prompting strategies—readers can transform generic ChatGPT answers into precise, context‑aware responses, leveraging pattern recognition and context windows for superior AI assistance.
This article introduces essential AI concepts—including models, prompts and prompt templates, embeddings, tokens, structured output, and Retrieval‑Augmented Generation—explaining their meanings and relevance for effectively using Spring AI in real‑world applications.
This article provides a comprehensive overview of large language models (LLMs), covering their transformer architecture, parameter counts, GPU memory and storage requirements, and detailed fine‑tuning methods such as prompt engineering, data construction, LoRA, PEFT, RLHF, and DPO, along with practical deployment and inference acceleration strategies.
In his Interrupt 2025 keynote, LangChain founder Harrison Chase outlines the four core skills required of modern “Agent Engineers,” explains why multi‑model architectures, prompt‑driven context, and cross‑functional teamwork are essential, and reveals how LangGraph, LangSmith and the Open Agent Platform aim to solve current deployment and observability challenges for production‑grade AI agents.
The article argues that large language models are fundamentally mathematical functions that model human language, emphasizing their role as simplified representations, explaining their structural nature, sources of errors, the importance of prompts as boundary conditions, and the need for clear usage assumptions to avoid anthropomorphic misconceptions.
This article examines the evolution of large language model agents, contrasting API‑based agents that use predefined function calls with GUI‑based agents that interact with visual interfaces, and explores hybrid strategies, orchestration tools, RAG techniques, and practical guidelines for selecting the optimal paradigm.
This article provides a comprehensive guide to large language model fine‑tuning, covering model architecture, parameter and memory calculations, prompt engineering, data construction, LoRA and PEFT techniques, reinforcement learning methods such as DPO, and practical deployment workflows on internal platforms.
This article explains fundamental AI concepts—including models, prompts, prompt templates, embeddings, tokens, structured output, data integration, RAG, and tool calling—and shows how Spring AI simplifies their use for Java developers building intelligent applications.
This article shares the seven practical practices discovered while building AutoDev Workbench, detailing how AI‑assisted demand analysis, rapid UI prototyping, adaptive front‑end generation, focused refactoring, precise context feeding, automated testing, and lint‑type safeguards can turn chaotic AI‑generated code into a scalable, maintainable development workflow.
The article examines Vibe Coding, an AI‑driven programming approach that lets developers generate software from natural‑language prompts, outlining its efficiency gains, lower entry barriers, cross‑domain collaboration benefits, as well as code‑quality, debugging, over‑reliance risks, and practical guidelines for responsible use.
A recent study from Harvard, Amazon and NYU shows that using chain‑of‑thought (CoT) prompting can significantly reduce large language models' ability to follow strict instructions, introducing a new "constraint attention" metric and four mitigation strategies to restore performance.
This article evaluates Anthropic's Claude 4 (especially Claude‑4‑Sonnet) within the Cursor IDE, presenting benchmark scores on SWE‑bench, detailed prompts for UI, frontend, architecture, and backend generation, visual results, and a balanced list of strengths and remaining issues.
This article details the end‑to‑end design, parsing tricks, vector database setup, retrieval strategies, prompt engineering, and LLM reranking that powered the winning solution in a company‑annual‑report question‑answering competition.
An in‑depth overview traces the development of AI agents from early LLM milestones to modern “class‑Agent” models, examines core components such as memory, tool use, planning and reflection, analyzes current limitations, and outlines emerging solutions like workflows, multi‑agent systems, and model‑as‑product paradigms.
This guide explains how to use CursorRules to precisely control the behavior of the Cursor AI programming assistant, covering the rule file structure, global versus project‑specific configurations, rule types, practical examples, best‑practice tips, integration with external documentation, and community resources for continuous improvement.
DeerFlow, an open‑source deep‑research platform built on LangStack, showcases a novel multi‑agent architecture, Meta‑Prompt engineering, MCP integration, and AI‑generated podcasts, providing developers with a powerful, extensible framework for advanced LLM‑driven workflows.
Discover twelve practical techniques—from setting clear project rules and crafting precise prompts to modular development, test‑driven generation, context management, and model selection—that help developers maximize productivity and code quality when working with AI‑powered editors like Cursor, Windsurf, or CodeBuddy.
YOLOE unifies object detection and segmentation in a single efficient model that supports text, visual, and prompt‑free inference, introduces RepRTA, SAVPE, and LRPC strategies, and achieves higher AP with up to three‑fold lower training cost and 1.4× faster inference on GPUs and mobile devices, as demonstrated by extensive LVIS and COCO experiments.
This article explains why prompt engineering is essential for effective LLM use, outlines core PE formulas and design languages, compares basic and advanced prompting techniques with Retrieval‑Augmented Generation and fine‑tuning, and discusses evaluation strategies and the future role of prompts.
This article describes how a hybrid architecture that combines third‑party address‑recognition APIs with large‑language‑model (LLM) processing, along with carefully engineered prompts and a TSV output format, dramatically improves address parsing accuracy and latency in a retail checkout scenario.
The author shares a hands‑on experience with Anthropic's Claude 3.7 and the Cursor AI editor, identifies key pain points of fragmented code generation, and presents a redesigned prompt that produces all HTML prototype files in a single request, complete with a reusable template, usage scenarios, and visual results.
This article explains how Qwen3 implements hybrid (fast/slow) reasoning by using the enable_thinking flag in the tokenizer's apply_chat_template method, detailing the underlying Jinja2 chat template, example prompts, the effect of toggling the flag, and design considerations for future autonomous thinking control.
This article details the design and implementation of an AI‑driven Intelligent SQL Assistant that automates query parsing, index recommendation, execution‑plan visualization, and supports SQL generation, diagnosis, and explanation across multiple dialects, while outlining its layered architecture, core modules, code examples, and future enhancements.
The article presents the Universal Recommendation Model (URM), a large‑language‑model‑based recall framework that integrates world knowledge and e‑commerce expertise through knowledge injection and prompt‑driven alignment, achieving significant offline recall gains and a 3.1% increase in ad consumption while meeting high‑QPS, low‑latency production constraints.
This article explains how large language models combined with Python's data‑science ecosystem can automate metadata extraction, data cleaning, and analysis tasks—illustrated with a step‑by‑step Titanic passenger dataset case study, complete prompts, code snippets, and best‑practice recommendations.
The article details how Youzan’s Store Smart Assistant was built on the Feishu Aily platform, describing why Aily was chosen, the three‑stage development process, deep system integration, practical tips for knowledge‑base management and model stability, and the resulting efficiency gains such as handling 80% of routine queries.
The article introduces Cursor, an AI‑powered coding assistant, outlines its supported large models, demonstrates practical front‑end use cases such as automatic layout creation, button logic, screenshot‑to‑code generation, error fixing and code cleanup, and reflects on prompt engineering and tool selection.
This article explores the concept of AI agents, contrasting them with traditional software and chatbots, outlines their core components, workflow, and the technological and market forces driving their evolution, and provides practical guidance for improving agent performance and choosing between workflow and LLM approaches.
This article walks through the complete process of installing the Qwen3-30B-A3B large language model on a personal computer using LM Studio, evaluates its reasoning, creative, multilingual, and coding abilities with detailed prompts, and shares practical tips for optimizing local deployment and prompt design.
The article outlines four critical mindset transformations—adopting an AI‑first workflow, embracing commander‑level strategic thinking, continuously learning from AI, and building a composite human‑AI collaboration framework—to help developers stay competitive and extract maximum value from emerging AI programming tools.
Fred’s practical guide expands Anthropic’s “Build effective agents” by offering a technical selection framework, clear definitions of agents versus workflows, a suite of reusable design patterns such as prompt‑chain routing and orchestrator‑worker loops, real‑world case studies, and concrete implementation tips that emphasize simplicity, transparency, and effective tool‑prompt engineering.
This article analyzes the limitations of current AI coding assistants like Copilot and introduces AutoDev's local agent system, which lets developers define, compose, and extend AI agents through declarative prompts and configuration, enabling private, context‑aware, multi‑step coding workflows.
The team built a low‑cost AI‑powered code‑review assistant that injects line‑level comments into GitLab merge requests, using LLMs via Feishu, iterating quickly through MVP and optimization phases, achieving 64 integrations, 150+ daily comments, feedback‑driven prompt refinement, and demonstrating high ROI for small‑to‑medium teams while outlining future IDE and rule‑based extensions.
This article shows how the Cursor IDE’s built‑in AI can generate complete PlantUML code for various system diagrams—from RBAC models and login flows to payment processes, DDD layering, and C4 architecture—dramatically cutting manual drawing time and keeping documentation in sync with code.
This article analyzes common shortcomings of RAG pipelines—data preparation, retrieval, and LLM generation—and provides concrete optimization techniques such as advanced chunking, embedding model selection, retrieval parameter tuning, rerank models, and prompt engineering, promising up to a 20% performance gain.
This article outlines a comprehensive methodology for integrating AI—particularly large language models—into software development workflows by establishing knowledge‑base templates, rule systems, multi‑model collaboration, context management, and task decomposition to transform AI from a whimsical code generator into a trustworthy engineering partner.
This article explores the rapid rise of AI agents, explains the Model Context Protocol (MCP) standard, and provides a step‑by‑step implementation of a private knowledge‑base Q&A system using Python and Java, covering knowledge construction, retrieval, architecture, and deployment details.
This guide walks developers through when to use LLM agents, the three‑component design (model, tools, instructions), model selection, tool definition, prompt best practices, orchestration patterns (single, manager, decentralized), guardrails, and human‑in‑the‑loop, all illustrated with OpenAI Agents SDK code examples.
This guide explains how to use Google’s Prompt‑Engineering Whitepaper to create a Coze knowledge‑base and workflow that can answer prompt‑engineering questions, generate high‑quality prompts, and demonstrate practical AI prompt‑crafting techniques for users.
This article explains the MCP protocol and Function Call mechanism for large language models, detailing how tools are described, invoked, and processed, and provides practical code examples ranging from OpenAI JSON specifications to fast‑MCP Python and Spring MVC implementations.
The article explains how large language models extend their capabilities by using tool calls—detailing the need for external APIs, the three‑stage workflow, request/response formats, autonomous routing, parameter generation, error handling, and the relationship between Function Calling and Tool Use.
In this candid interview, 83‑year‑old Turing‑Award winner Jeffrey Ullman reflects on his decades‑long impact on compilers, databases, and algorithms, discusses the unpredictable nature of technological revolutions, explores the rise of large language models, parallel computing, prompt engineering, and the challenges of adapting education and software engineering to rapid AI‑driven change.
This article explores the application of Large Language Models (LLM) in text information detection and extraction, focusing on blue-collar recruitment data processing. It details the implementation of LLM through prompt engineering, RAG enhancement, and model fine-tuning to improve data cleaning efficiency and accuracy.
