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CantTalkAboutThis: Aligning Language Models to Stay on Topic in Dialogues (2404.03820v2)

Published 4 Apr 2024 in cs.CL

Abstract: Recent advancements in instruction-tuning datasets have predominantly focused on specific tasks like mathematical or logical reasoning. There has been a notable gap in data designed for aligning LLMs to maintain topic relevance in conversations - a critical aspect for deploying chatbots to production. We introduce the CantTalkAboutThis dataset to help LLMs remain focused on the subject at hand during task-oriented interactions. It consists of synthetic dialogues on a wide range of conversation topics from different domains. These dialogues are interspersed with distractor turns that intentionally divert the chatbot from the predefined topic. Fine-tuning LLMs on this dataset helps make them resilient to deviating from the role assigned and improves their ability to maintain topical coherence compared to general-purpose instruction-tuned LLMs like GPT-4-turbo and Mixtral-Instruct. Additionally, preliminary observations suggest that training models on this dataset also enhance their performance on fine-grained instruction following tasks, including safety alignment.

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An Academic Overview of "CantTalkAboutThis: Aligning LLMs to Stay on Topic in Dialogues"

The paper "CantTalkAboutThis: Aligning LLMs to Stay on Topic in Dialogues" introduces an innovative approach to optimizing LLMs (LMs) for maintaining topical relevance in conversations, a crucial capability for deploying conversational agents in real-world settings. The paper primarily focuses on addressing an essential yet often overlooked feature of LLM alignment: the ability to not only provide helpful responses but also to strategically navigate away from off-topic or undesirable discussion trajectories.

Key Contributions and Methodology

The authors present the CantTalkAboutThis dataset, designed to fine-tune LMs on maintaining topic coherence. This dataset comprises synthetic dialogues across diverse subjects, deliberately interspersed with "distractor" turns engineered to diverge the conversation off-topic. The primary goal is to foster a robust alignment process where LMs are trained to recognize and appropriately handle distractor inputs.

The development of the dataset follows a three-step pipeline:

  1. Scenario Generation: Scenarios are curated across nine domains (e.g., health, finance) using LLMs to ensure diversity without redundancy.
  2. Topical Instruction Crafting: For each scenario, unique system instructions are devised to guide the interaction, detailing acceptable topics and steering clear of unrelated dialogues.
  3. Dialogue Synthesis and Distractor Integration: Conversations are generated using a combination of simulated LLM agents and single-call conversation generation methods, followed by the insertion of distractors at strategic points to evaluate and train LMs on how to manage off-topic inputs.

Experimental Results

The research employs a robust evaluation framework to assess the impact of topic-following alignment:

  • Baseline and Fine-Tuned Performance: Comparisons against general-purpose models such as gpt-4-turbo and Mixtral-Instruct reveal performance enhancements in a model (Stay-on-Topic-43B) specifically fine-tuned on the CantTalkAboutThis dataset. This fine-tuned model demonstrates improved capabilities in discerning and appropriately disengaging from distractors during interactions.
  • Human-Annotated Test Set: The paper extends evaluation using a smaller, human-annotated dataset of distractors, highlighting the increased complexity of human-generated off-topic turns. Despite the challenges posed by this data, fine-tuned models continue to outperform baseline models, illustrating the effectiveness of the CantTalkAboutThis dataset in improving task-oriented dialogue system robustness.

Theoretical and Practical Implications

The task of ensuring that LMs can effectively manage topic adherence opens new avenues both theoretically and practically:

  • Theoretical Foundations: The research advances our understanding of alignment techniques in LMs, highlighting the interplay between user-defined instructions and automated content moderation—a distinction that parallels but extends existing safety alignment methodologies.
  • Practical Application: By enabling nuanced, programmable guardrails using natural language instructions, this development could greatly benefit sectors employing chatbots, enhancing user interactions by maintaining topic coherence and improving safety.

Future Directions

The paper posits several directions for future research:

  • Advanced Distractor Complexity: Refining distractors to reflect more sophisticated natural language shifts can further bolster alignment models' resilience.
  • Diverse Application Domains: Extending the dataset's domains or scenarios to include more nuanced, industry-specific contexts can offer broader applicability for conversational agents.
  • Integration with Safety Frameworks: Given the promising results with safety alignment tasks, further research could seamlessly integrate topic-following capabilities with comprehensive safety frameworks, broadening the scope of chatbot applications in sensitive or high-stakes environments.

In summary, this paper provides a detailed exploration into improving LLM relevancy in dialogues by introducing a new alignment task—topic-following—which shows potential for more precise control over conversational agents. The innovations presented offer significant contributions to both LM research and practical AI applications, with the CantTalkAboutThis dataset playing a central role in this advancement.

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Authors (5)
  1. Makesh Narsimhan Sreedhar (14 papers)
  2. Traian Rebedea (23 papers)
  3. Shaona Ghosh (15 papers)
  4. Christopher Parisien (12 papers)
  5. Jiaqi Zeng (16 papers)
Citations (1)
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