Integrating Ethics and Trustworthiness in AI Systems

The field of AI research is shifting towards a stronger emphasis on ethics and trustworthiness. Papers in this area are exploring ways to incorporate ethical considerations into the development process, such as using multi-agent systems to generate ethics requirements drafts and integrating artefact-based approaches with perspective-based methods to specify trustworthy AI requirements. Another key direction is the development of novel approaches for safety verification, including probabilistic modelling and verification, and situation coverage analysis to elicit robustness-related safety requirements. Additionally, researchers are working on frameworks for intelligent requirements development, such as knowledge-driven multi-agent systems, to support collaboration among stakeholders and improve the quality of software requirements specifications. Notable papers in this area include:

  • Multi-Agent LLMs as Ethics Advocates in AI-Based Systems, which proposes a framework for generating ethics requirements drafts using an ethics advocate agent in a multi-agent LLM setting.
  • Probabilistic Safety Verification for an Autonomous Ground Vehicle, which presents a novel approach for safety verification based on systematic situation extraction, probabilistic modelling, and verification.
  • iReDev: A Knowledge-Driven Multi-Agent Framework for Intelligent Requirements Development, which proposes a knowledge-driven multi-agent framework for intelligent requirement development, featuring six knowledge-driven agents to support the entire requirements development process.

Sources

Multi-Agent LLMs as Ethics Advocates in AI-Based Systems

Towards a Framework for Operationalizing the Specification of Trustworthy AI Requirements

Probabilistic Safety Verification for an Autonomous Ground Vehicle: A Situation Coverage Grid Approach

Single Conversation Methodology: A Human-Centered Protocol for AI-Assisted Software Development

Information-Theoretic Aggregation of Ethical Attributes in Simulated-Command

Robustness Requirement Coverage using a Situation Coverage Approach for Vision-based AI Systems

iReDev: A Knowledge-Driven Multi-Agent Framework for Intelligent Requirements Development

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