Frameworks to address risks posed by computationally simple but behaviorally intelligent AI systems that interact with their environment.
This proposal seeks to align with Deep Funding's goals by fostering innovation in AI safety through interdisciplinary research integrating behavioral sciences, robotics, and AI. It emphasizes community-driven safety protocols and decentralized monitoring systems, ensuring equitable benefits while minimizing harm from emerging technologies.
Embodied AI, despite limited computational power, poses risks through environmental interaction. Current safety frameworks are inadequate, necessitating new solutions addressing embodied cognition.
This project proposes the development of decentralized monitoring frameworks and safety guidelines for embodied AI systems. By integrating bio-inspired robotics, neuro-symbolic AI, and reinforcement learning, it aims to create robust systems that evaluate and mitigate risks. The initiative will also foster global collaboration to ensure inclusivity, addressing the challenges of accessible technologies while promoting sustainable and safe AI development.
AI agents leveraging emotional intelligence and artificial consciousness to resolve conflicts, promote social harmony, and...
This proposal introduces a novel extension of homomorphic encryption to support operations on intuitionistic logic...
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