Research Papers 论文研究 2d ago Updated 1d ago 更新于 1天前 46

StocksTalk: A Voice-Enabled Conversational Agent for Structured Query Generation over Web Data StocksTalk:一种用于网络数据结构化查询生成的语音对话智能体

StocksTalk is a voice-enabled conversational agent that transforms spoken financial screening requests into executable, validated SQL queries over real-world market data The system integrates streaming speech recognition, retrieval-augmented constraint extraction, schema-grounded LLM-based SQL generation, rule-based validation, and human-in-the-loop verification within an interactive dashboard Unlike traditional template-driven financial assistants, StocksTalk exposes intermediate reasoning arti StocksTalk是一个语音驱动的对话系统,可将口语化金融筛选请求转换为可执行的SQL查询 系统采用检索增强约束提取、模式基础的LLM SQL生成、规则验证和人机交互验证的完整流水线 创新性地暴露中间推理产物(约束提取、指标归一化、算子映射、生成查询),支持用户逐阶段审查与修正 在150条口语化金融提示基准上验证,相比基线LLM方法在约束提取准确率、SQL可执行性、逻辑一致性和多轮稳定性上均有显著提升

62
Hot 热度
72
Quality 质量
65
Impact 影响力

Analysis 深度分析

TL;DR

  • StocksTalk is a voice-enabled conversational agent that transforms spoken financial screening requests into executable, validated SQL queries over real-world market data
  • The system integrates streaming speech recognition, retrieval-augmented constraint extraction, schema-grounded LLM-based SQL generation, rule-based validation, and human-in-the-loop verification within an interactive dashboard
  • Unlike traditional template-driven financial assistants, StocksTalk exposes intermediate reasoning artifacts (extracted constraints, normalized metrics, operator grounding, generated queries) for user inspection and refinement
  • A curated benchmark of 150 spoken financial prompts across multiple investment strategies and input noise conditions was used for evaluation
  • Experimental results demonstrate that retrieval grounding, constrained query generation, and interactive verification substantially improve constraint extraction accuracy, SQL executability, logical consistency, and multi-turn stability compared to baseline LLM approaches

Why It Matters

This work addresses a critical gap in financial AI: bridging natural language voice interaction with structured, executable database queries while maintaining transparency and user trust. For AI practitioners building domain-specific conversational agents, StocksTalk provides a proven architecture combining retrieval augmentation, schema grounding, and human-in-the-loop verification—techniques directly transferable to other high-stakes domains like healthcare, legal, and enterprise analytics where accuracy and explainability are paramount.

Technical Details

  • Architecture: The system combines five core components: (1) streaming speech recognition for real-time voice input, (2) retrieval-augmented constraint extraction to ground financial terminology, (3) schema-grounded LLM-based SQL generation that maps natural language to executable queries, (4) rule-based validation ensuring query correctness, and (5) human-in-the-loop verification through an interactive dashboard
  • Transparency Mechanism: StocksTalk exposes intermediate reasoning artifacts at each pipeline stage—extracted constraints, normalized financial metrics, operator grounding mappings, and generated queries—allowing users to inspect, understand, and refine outputs before execution
  • Benchmark: A custom benchmark of 150 spoken financial prompts was curated, spanning multiple investment strategies (value, growth, momentum, etc.) and input noise conditions to test robustness
  • Evaluation Metrics: The system was evaluated on constraint extraction accuracy, SQL executability, logical consistency, and multi-turn conversational stability, with improvements measured against baseline LLM-based approaches
  • Domain Focus: Specifically designed for financial screening and stock analysis over real-world market data, with emphasis on structured query generation rather than free-form text generation

Industry Insight

  • Trust through Transparency: The exposure of intermediate reasoning artifacts represents a best-practice pattern for high-stakes AI applications—users are more likely to adopt systems when they can audit and correct the reasoning pipeline, not just the final output
  • Retrieval Augmentation + Schema Grounding: The combination of retrieval-augmented constraint extraction with schema-grounded LLM generation addresses two common failure modes in conversational AI: domain terminology ambiguity and structural query errors. This hybrid approach should be considered the new standard for domain-specific agents
  • Voice + Structured Data Gap: StocksTalk demonstrates that voice interfaces can effectively bridge to structured data operations when paired with proper validation and human oversight—opening opportunities for voice-first analytics tools in finance, operations, and enterprise decision support where keyboard interaction is impractical

TL;DR

  • StocksTalk是一个语音驱动的对话系统,可将口语化金融筛选请求转换为可执行的SQL查询
  • 系统采用检索增强约束提取、模式基础的LLM SQL生成、规则验证和人机交互验证的完整流水线
  • 创新性地暴露中间推理产物(约束提取、指标归一化、算子映射、生成查询),支持用户逐阶段审查与修正
  • 在150条口语化金融提示基准上验证,相比基线LLM方法在约束提取准确率、SQL可执行性、逻辑一致性和多轮稳定性上均有显著提升

为什么值得看

本文展示了语音交互与结构化查询生成在金融领域的落地路径,为"对话式数据分析"提供了可复用的透明化架构设计。其"中间产物可解释+人机协同验证"的思路对金融、医疗等高可靠性要求的垂直领域具有参考价值。

技术解析

  • 系统架构:集成流式语音识别、检索增强约束提取、Schema-grounded LLM SQL生成、规则验证和人机交互验证五大模块,形成端到端的语音→SQL流水线。
  • 可解释性设计:与传统模板驱动助手不同,StocksTalk将约束提取、财务指标归一化、算子映射和生成查询等中间产物全部暴露,用户可在交互式仪表板中检查并修正每个阶段。
  • 评估基准:构建了包含150条口语化金融提示的基准数据集,覆盖多种投资策略和输入噪声条件,用于系统评估。
  • 实验结果:检索增强、约束生成和交互验证三大技术显著提升了约束提取准确率、SQL可执行性、逻辑一致性和多轮对话稳定性。

行业启示

  • 语音+结构化查询的融合趋势:金融等垂直领域正从文本对话向语音交互演进,降低用户使用门槛的同时提升决策效率。
  • 可解释性是高可靠性场景的关键:在金融、医疗等领域,系统不仅要"给出答案",更要暴露推理过程,让人机协同成为可能。
  • 人机协同验证是落地必经之路:纯端到端LLM方案在复杂结构化查询任务中仍存在可执行性和逻辑一致性问题,引入规则验证和人工审核环节是务实的工程选择。

Disclaimer: The above content is generated by AI and is for reference only. 免责声明:以上内容由 AI 生成,仅供参考。

Speech 语音 RAG 检索增强生成 LLM 大模型 Agent Agent Finance AI 金融AI