الفهرس 
Aim of this Thesis
Digital Domain CriteriaOnly 14 pages are availabe for public view
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Abstract
Analog Layout Automation has emerged as a revolutionary force in the field, tackling a long-standing bottleneck in analog circuit design. The intricate nature of analog layouts, coupled with the stringent performance demands, has traditionally rendered the design process time-consuming and arduous. Recognizing this challenge, analog layout automation seeks to automate critical stages of layout creation, aiming to significantly expedite the process while ensuring meticulous adherence to performance and design rules.
This thesis unveils a groundbreaking workflow that re-imagines the entire analog layout design process. Its core objective is to achieve a substantial reduction in design time by enabling the rapid generation of layouts, all while meticulously upholding the complexities of Electromigration and IR DROP (EMIR) regulations. By automating key tasks and leveraging intelligent algorithms, this novel approach promises to unlock a new era of efficiency and precision in analog design.
Furthermore, the proposed workflow transcends mere automation. It fosters a collaborative environment where designers can seamlessly interact with the automation tools, leveraging their expertise to refine and optimize layouts while benefiting from the speed and accuracy of automated processes. This collaborative approach empowers designers to focus on higher-level design decisions, driving innovation and accelerating time to market for cutting-edge analog circuits.
The impact of analog layout automation extends beyond mere time savings. By automating critical tasks and ensuring compliance with EMIR regulations, this technology can significantly reduce errors and enhance layout quality. This leads to improved circuit performance, reliability, and yield, ultimately resulting in superior end products.
Analog Layout Automation presents a transformative shift in the analog design landscape. By automating key tasks, upholding critical design rules, and fostering designer collaboration, it promises to revolutionize the way analog circuits are designed, paving the way for a future of increased efficiency, improved quality, and accelerated innovation.