28 个仓库
Mechanisms for monitoring, limiting, and compacting token usage in LLM-based applications.
Distinguishing note: Specifically targets LLM token consumption and cost control rather than general performance profiling.
Explore 28 awesome GitHub repositories matching artificial intelligence & ml · Token Optimization Utilities. Refine with filters or upvote what's useful.
Everything Claude Code 是一个智能体框架,旨在通过专门的子智能体委派来编排复杂的软件开发工作流。它充当控制平面,管理智能体行为、工具访问和上下文窗口效率,允许开发者将大型任务分解为专注的、有范围的子进程,从而防止系统过载。 该框架通过强大的安全和自动化层脱颖而出,其中包括自动化静态分析和对抗性红队测试,以审计智能体配置。它支持创建可复用的行为模式和自动化序列,这些模式和序列可以作为模块化技能在不同环境中共享。通过同步项目特定的配置和聊天指令,它确保了编码标准和安全约束在命令行和集成开发环境中保持一致。 除了核心编排能力外,该项目还提供了用于在长时间运行的会话期间管理运营成本的综合工具。它包括用于动态 Token 优化、会话状态管理和触发验证或质量强制执行脚本的事件驱动钩子的机制。该系统还支持从版本控制历史中提取重复模式以生成专门的技能集合,进一步简化了重复性的开发任务。
Optimizes operational costs by managing model selection and auto-compaction thresholds for token usage.
Caveman is a set of tools and configurations designed for large language model token optimization. It focuses on reducing the amount of data processed during AI interactions to lower costs and maximize the available context window. The project implements a fragmented communication style that replaces full grammatical sentences with concise technical keywords. This approach extends to AI context optimization by condensing memory files and tool descriptions, and includes a specialized configuration for generating terse, one-line code reviews and short conventional commit messages. The system i
Provides a comprehensive suite of tools to reduce token consumption in LLM prompts and responses.
Headroom is an AI gateway proxy and token optimizer designed to reduce the cost and latency of large language model interactions. It functions as an intermediary that intercepts traffic between clients and providers to apply context compression, request routing, and format translation. The system differentiates itself through a Model Context Protocol server implementation that delivers compression and retrieval tools to compatible AI hosts. It employs a content-aware compression pipeline and tiered importance scoring to trim redundant data from logs and tool outputs while preserving essential
Reduces token consumption and costs by compacting logs, files, and tool outputs before model transmission.
SillyTavern is a comprehensive interface and orchestration platform designed for immersive AI roleplay and interactive chat experiences. It functions as a unified gateway that connects users to a wide array of local and cloud-based large language models, providing a centralized environment to manage complex character personas, narrative context, and model-driven interactions. The platform distinguishes itself through its advanced prompt engineering and automation capabilities. It utilizes a sophisticated macro-based templating engine and vector-database retrieval to dynamically inject lore, c
Calculates token usage in text inputs to help monitor and optimize prompt length.
This project is a Python framework for building autonomous, event-driven agent systems. It provides a unified runtime for orchestrating multi-agent workflows, managing persistent conversation state, and executing code within secure, isolated sandbox environments. The framework is designed to handle complex task delegation, allowing agents to invoke other agents as tools while maintaining context across multi-turn interactions. The framework distinguishes itself through its deep integration with the Model Context Protocol, enabling agents to connect to external data sources and remote services
Reduces context window consumption by truncating verbose tool outputs while preserving recent interactions.
Repomix is an AI-focused development utility designed to prepare local and remote codebases for analysis, review, and automated interaction. It functions as a codebase context bundler and a Model Context Protocol server, aggregating project files into structured documents that are optimized for ingestion by large language models. By serving as a bridge between local repositories and external intelligence agents, the tool facilitates real-time codebase inspection and automated development workflows. The system distinguishes itself through rigorous repository token management and security-consc
Manages token usage by filtering, compressing, and sanitizing source code before sharing it with AI models.
Toon is a data serialization library and toolkit designed to convert complex objects into compact, human-readable formats optimized for large language models. By focusing on token efficiency, the library minimizes the context window footprint of structured data through techniques like key folding and tabular layout optimization. It provides a streaming-capable processor that handles the encoding and decoding of hierarchical data while maintaining structural integrity. The project distinguishes itself through its path-aware transformation pipeline and configurable serialization logic, which al
Combines indentation and tabular layouts to minimize token usage for large language model inputs.
Guidance is a control framework and generation orchestrator for large language models. It provides a programming layer to steer model outputs through structured templates, schema enforcement, and logical flow management. The framework distinguishes itself by interleaving model generation with local code execution, enabling the use of loops and conditional branching within a single session. It employs grammar-based token constraints and regular expressions to force models to sample only from tokens that satisfy a specific structural format, ensuring strict adherence to predefined data models.
Implements performance gains by injecting known tokens into the output stream to reduce GPU compute and latency.
Qwen-code is an AI-powered development framework designed for orchestrating intelligent coding agents within terminal and IDE environments. It provides a comprehensive infrastructure for automating software maintenance, code generation, and complex refactoring tasks by managing multi-agent workflows and persistent session states. The system is built to handle both interactive development and automated background processes, ensuring that agents can execute shell commands and file operations safely within isolated, sandboxed environments. What distinguishes this project is its focus on granular
Monitors and optimizes token usage to manage costs and improve efficiency in agentic workflows.
This project is a comprehensive engineering framework and technical reference for managing, scaling, and optimizing distributed machine learning infrastructure. It provides a suite of methodologies and diagnostic tools designed to support large-scale model training and inference on high-performance computing clusters. The project distinguishes itself through a specialized diagnostic toolkit and infrastructure optimization suite that addresses the complexities of multi-node environments. It enables precise control over cluster resources, including hardware maintenance, network topology configu
Reduces the size of a model's tokenizer by limiting the vocabulary to essential characters and tokens to minimize memory footprint.
9router is an AI model gateway designed to route requests from AI coding tools to multiple model providers through a single unified API. It provides administration for self-hosted AI proxy deployments, allowing users to manage API keys and model access on local servers or edge networks. The system differentiates itself through multi-provider API normalization, which translates incompatible request and response formats to ensure compatibility across different AI models. It features AI provider failover management to automatically switch between providers or accounts when quotas are exhausted o
Reduces LLM token consumption and operational costs through payload compression and usage tracking.
This project is a systematic framework for English language acquisition that applies structured workflows and cognitive strategies to build linguistic proficiency. It focuses on the construction of a linguistic knowledge base, enabling learners to master vocabulary and grammar through methodical training. The methodology is distinguished by its use of computer science concepts, such as mental-model-based learning and memory buffers, to organize progression. It emphasizes a cognitive-translation bypass to develop target language thinking, reducing mental latency by processing information direc
Removes the need for mental translation to improve real-time interaction efficiency.
This platform is an automated documentation and codebase analysis system designed to generate structured wikis, technical guides, and interactive diagrams from source code repositories. It functions as a retrieval-augmented generation framework that connects codebases to language models, enabling context-aware answers, deep research, and automated documentation updates through semantic vector search. The system distinguishes itself through a self-hosted, containerized architecture that supports both cloud-based and local AI model execution. It provides sophisticated model orchestration, allow
Optimizes token usage by trimming and formatting input prompts to fit model constraints and reduce costs.
Context Hub is a retrieval-augmented generation framework and context management system designed to provide large language model agents with curated, versioned markdown documentation. It functions as a documentation provider that delivers precise API references and technical context to reduce hallucinations and token waste. The system incorporates an agentic memory layer that maintains persistent local annotations and user feedback to improve how agents retrieve task-specific knowledge. It uses a version-controlled repository of technical documentation designed for both machine readability an
Optimizes LLM token consumption by retrieving only necessary documentation increments to increase response speed.
StreamDiffusion is an interactive generative AI framework and inference engine designed for the low-latency delivery of image and video streams. It provides a real-time Stable Diffusion pipeline for text-to-image and image-to-image generation, enabling the creation of continuous generative image streams with minimized computational delay. The framework optimizes throughput using a pre-computed cache engine and residual-based guidance approximation to reduce the number of required model passes. It further manages GPU load through similarity-based frame skipping, which avoids redundant computat
Accelerates image generation by reducing the number of required model forward passes.
This project is a framework for training and sampling generative models designed to produce high-quality images in few steps. It provides implementations for image generation models that transform random noise into structured visual data through an optimized sampling process. The system specializes in accelerating image generation through consistency distillation and consistency training. It includes tools to transform pre-trained diffusion models into faster versions by distilling knowledge from a teacher model into a student model, as well as methods to train consistency models from scratch
Optimizes inference speed by reducing the number of sampling steps required for image generation.
Chooses model size and compute precision to balance transcription accuracy against inference speed on available hardware.
Mace 是一个移动端深度学习推理框架和硬件加速引擎。它作为一个运行时环境,用于在移动设备上执行神经网络模型,将计算分配到 CPU、GPU 和 NPU 上。 该项目包括一个跨平台模型转换器,用于将来自各种行业格式的预训练神经网络转换为移动端优化的表示形式。它还提供了一个神经网络混淆器,将模型权重转换为源代码,以保护知识产权免受逆向工程。 该框架通过优化内存分配和调整芯片功耗设置来管理设备端资源。它还通过数学算法优化和计算拆分来解决执行性能问题,以保持界面响应性。
Increases operation speed by applying hardware acceleration and optimized mathematical algorithms to complex calculations.
Jsonformer 是一个约束文本生成器和模式强制执行器,强制语言模型生成语法正确的 JSON。它充当验证器和格式化程序,确保 AI 模型的输出严格符合预定义的结构模式。 该系统通过限制语言模型可以生成的标记,并将固定的结构字符插入输出流来实现这一点。此过程保证了生成的数据遵循指定的 JSON 模式,以便进行可靠的程序化集成。 该项目涵盖了输出约束、结构化 JSON 生成以及在语言模型与软件之间创建可靠接口的广泛功能。
Inserts static structural characters into the model output stream to guarantee syntactically valid JSON framing.
LightGlue 是一个深度学习框架,专为图像对之间的局部特征匹配和高速对应估计而设计。它作为一个计算机视觉匹配模型,用于识别不同视角下的对应关键点。 该系统利用自适应神经网络架构,根据输入的图像对动态修剪自身的深度和宽度,从而优化推理速度。这种方法采用 Transformer 风格的注意力机制和跨图像注意力来计算特征描述符之间的相关性。 匹配过程包括迭代细化循环和动态提前停止机制,一旦达到置信度阈值即停止计算。这些功能支持更广泛的计算机视觉流水线,用于实时图像对齐和神经网络推理优化。
Reduces computational cost and increases processing speed through adaptive network pruning during inference.