Integrating Intelligent Chip Design with Agentic AI: Building the Future of Smart Wireless Communication Systems

Abstract

Recent breakthroughs in Artificial Intelligence (AI) are propelling society towards a new technological era, wherein intelligent systems can independently observe and interpret their environment, make optimal decisions, and act accordingly. Agentic AI is evolving from tool AI to an entity that operates without human involvement. Almost all aspects of society are now being impacted by this rapid proliferation of Agentic AI, such as the public sector, education, finance, healthcare, entertainment, media, and automotive. In parallel, composite intelligent chip design, encompassing chip architecture, chip implementation and chip manufacturing, is urgently needed amid soaring demand for computation and communication. Despite initial optimism about Moore’s law, the efficacy of silicon-based chips has seen degradation. One potential route for intelligent chip design is inspired by biological exploration, which could involve the evolution of chips along a co-developed path guided by environmental pressure. Chip designs with complex functionalities require optimization strategies that surpass the capabilities of current silicon-based chips.