Presentation Information
[9a-N106-1]Circuit design and simulation using open source semiconductors for brain-based hardware with ultra-low power consumption
〇(B)Hiromu Kakuta1, Yusuke Sakemi1, Nobuo Satoh1 (1.Chiba Institute of Technology)
Keywords:
open-source semiconductor,analog circuit design,brain-based hardware
As a solution to labor shortages caused by a declining birthrate and aging population, the utilization of artificial intelligence (AI) is rapidly advancing. In response to challenges such as communication latency and the risk of data breaches, the importance of edge AI has been increasing. Edge AI enables both real-time processing and enhanced security; however, achieving efficient computation on edge devices remains a major challenge. To address this, neuromorphic hardware—modeled after the human brain and capable of low-power parallel processing—has garnered attention. It is expected to contribute significantly to the realization of edge AI. In this presentation, we report on the construction of a circuit design environment, the development of simplified circuit designs using open-source semiconductors, and the results of corresponding simulations.