AI in VLSI Design Advances and Challenges: Living in the Complex Nature of Integrated Devices

Ashif Mohammad; Rimi Das; Md Aminul  Islam; Farhana Mahjabeen

doi:10.55927/ajmee.v2i2.7763

Authors

Ashif Mohammad Deputy Station Engineer, Bangladesh Betar, Dhaka
Rimi Das Graduate Teaching Assistant, MS in Electrical and Computer Engineering, Idaho State University
Md Aminul Islam Researcher, School of Computing and Technology, University of Gloucestershire, UK
Farhana Mahjabeen Assistant Radio Engineer, Bangladesh Betar, Dhaka

DOI:

https://doi.org/10.55927/ajmee.v2i2.7763

Keywords:

Evolvable Hardware, Computation Medium, Future Technology, Scalability

Abstract

This article investigates vital VLSI configuration progress, including nanotechnology, 3D coordination, high-level materials, Framework on-Chip (SoC) plan, and state-of-the-art bundling advancements. Security concerns about equipment weaknesses and the consistent apparition of financial and mechanical oldness further confuse the scene. Looking forward, the article frames arising patterns in VLSI configuration, including simulated intelligence joining, quantum processing structures, neuromorphic figuring, and photonics combination. It proposes expected arrangements, like cooperative environments, advancements in warm administration, security-by-plan standards, coordinated techniques, and expanded interest in schooling. The end considers the ramifications for the future, stressing the requirement for consistent variation, interdisciplinary joint effort, and a groundbreaking way to deal with bridling the maximum capacity of coordinated gadgets in the mind-boggling universe of the VLSI plan.

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