8 مستودعات
Agents for financial modeling and legal consultation.
Explore 8 awesome GitHub repositories matching part of an awesome list · Financial and Legal Research. Refine with filters or upvote what's useful.
RD-Agent is an autonomous framework designed to orchestrate multi-step software engineering and data science workflows. By leveraging large language models, the system decomposes complex technical requirements into actionable research, planning, and execution phases, ultimately generating and running code to solve specific development tasks. The platform distinguishes itself through a containerized execution sandbox that ensures secure dependency management and system stability for all autonomously generated code. It employs multi-agent orchestration to manage iterative feedback loops, allowi
Multi-agent framework for financial data and model optimization.
ChatLaw is a specialized large language model legal assistant designed to provide automated consulting and question answering within Chinese legal frameworks. It functions as a system for legal knowledge management, processing complex legal texts to deliver accurate statutory answers and advisory services. The system utilizes a mixture-of-experts modeling approach and multi-agent coordination to research information and generate professional consultation reports. To ensure factual reliability and minimize hallucinations, it integrates a legal knowledge graph and a standardized operating proce
Automates the search for relevant statutes and court decisions to support comprehensive legal analysis and case preparation.
FinRobot is an AI-powered financial analysis framework that coordinates multiple specialized agents to automate equity research, financial analysis, and investment risk assessment. At its core, it functions as a multi-agent orchestration system where a director and task manager allocate financial tasks to the most suitable large language models based on performance metrics and task requirements. The framework distinguishes itself through its ability to execute complex multi-step financial workflows by routing tasks through perception, reasoning, and action modules. It generates professional e
Open-source agent platform for financial applications.
LaWGPT is an open-source large language model fine-tuned specifically for the Chinese legal domain. It is designed to understand and respond to Chinese legal queries, generate legally accurate text, and assist with judicial exam preparation by answering questions from the Chinese National Judicial Examination. The project distinguishes itself through a comprehensive adaptation pipeline that extends a base Chinese-language LLaMA model with legal-domain vocabulary and fine-tunes it on large-scale Chinese legal corpora and curated question-answer pairs. It employs parameter-efficient tuning tech
Defines and distinguishes Chinese legal terms and doctrines, such as the difference between divorce and void marriage.
This project is a markdown-based personal knowledge base and digital learning journal used to store notes and summaries from books and technical literature. It serves as a reading summary repository and technical reference library for archiving key takeaways and insights from non-fiction and professional materials. The collection functions as a digital garden for curating insights from books, articles, and videos. It specifically focuses on distilling complex architectural patterns, technical concepts, and professional leadership principles into a searchable format for long-term reference. T
Explains legal concepts and distinctions, such as the differences between bankruptcy liquidation and reorganization.
Language version: English | 中文 | 日本語
Multi-agent framework for domain-specific expert tasks.
AgentCourt: Simulating Court with Adversarial Evolvable Lawyer Agents
Simulated court environment with evolvable lawyer agents.
If you find FinCon useful, we would appreciate it if you consider citing our work: ``md @article{yu2024fincon, title={Fincon: A synthesized llm multi-agent system with conceptual verbal reinforcement for enhanced financial decision making}, author={Yu, Yangyang and Yao, Zhiyuan and Li, Haohang…
Multi-agent system for enhanced financial decision-making.