Generating the Generator: A User-Driven and Template-Based Approach towards Analog Layout Automation

Various analog design automation attempts have addressed the shortcomings of the still largely manual and, thus, inefficient and risky analog design approach. These methods can roughly be divided into synthesis and procedural generation. An important key aspect has, however, rarely been considered:...
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Autor*in:	Benjamin Prautsch [verfasserIn] Uwe Eichler [verfasserIn] Uwe Hatnik [verfasserIn]

Format:	E-Artikel
Sprache:	Englisch

Erschienen:	2023

Schlagwörter:	IC design analog layout reuse EDA design automation generators

Übergeordnetes Werk:	In: Electronics - MDPI AG, 2013, 12(2023), 4, p 1047
Übergeordnetes Werk:	volume:12 ; year:2023 ; number:4, p 1047

Links:	Link aufrufen Link aufrufen Link aufrufen Journal toc

DOI / URN:	10.3390/electronics12041047

Katalog-ID:	DOAJ08030334X

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language	English
source	In Electronics 12(2023), 4, p 1047 volume:12 year:2023 number:4, p 1047
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callnumber-first	T - Technology
author	Benjamin Prautsch
spellingShingle	Benjamin Prautsch misc TK7800-8360 misc IC design misc analog layout misc reuse misc EDA misc design automation misc generators misc Electronics Generating the Generator: A User-Driven and Template-Based Approach towards Analog Layout Automation
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topic_title	TK7800-8360 Generating the Generator: A User-Driven and Template-Based Approach towards Analog Layout Automation IC design analog layout reuse EDA design automation generators
topic	misc TK7800-8360 misc IC design misc analog layout misc reuse misc EDA misc design automation misc generators misc Electronics
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title	Generating the Generator: A User-Driven and Template-Based Approach towards Analog Layout Automation
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title_sort	generating the generator: a user-driven and template-based approach towards analog layout automation
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title_auth	Generating the Generator: A User-Driven and Template-Based Approach towards Analog Layout Automation
abstract	Various analog design automation attempts have addressed the shortcomings of the still largely manual and, thus, inefficient and risky analog design approach. These methods can roughly be divided into synthesis and procedural generation. An important key aspect has, however, rarely been considered: usability. While synthesis requires sophisticated constraints, procedural generators require expert programmers. Both prevent users from adopting the respective method. Thus, we propose a new approach to automatically create procedural generators in a user-driven way. First, analog generators, which also create symbols and layouts, are utilized during schematic entry to encapsulate common analog building blocks. Second, automatic code creation builds a hierarchical generator for all views with the schematic as input. Third, the approach links the building block generators with the layout through an object-oriented template library that is accessible through generator parameters, allowing the user to control the arrangement. No programming is required to reach this state. We believe that our approach will significantly ease the transition of analog designers to procedural generation. At the same time, the templates allow for a “bridge” to open frameworks and synthesis approaches so that the methodologies can be both better spread and combined. This way, comprehensive frameworks of both synthesis-based and procedural-based analog automation methods can be built in a user-driven way, and designers are enabled to gain early layout insight and ease IP reusability.
abstractGer	Various analog design automation attempts have addressed the shortcomings of the still largely manual and, thus, inefficient and risky analog design approach. These methods can roughly be divided into synthesis and procedural generation. An important key aspect has, however, rarely been considered: usability. While synthesis requires sophisticated constraints, procedural generators require expert programmers. Both prevent users from adopting the respective method. Thus, we propose a new approach to automatically create procedural generators in a user-driven way. First, analog generators, which also create symbols and layouts, are utilized during schematic entry to encapsulate common analog building blocks. Second, automatic code creation builds a hierarchical generator for all views with the schematic as input. Third, the approach links the building block generators with the layout through an object-oriented template library that is accessible through generator parameters, allowing the user to control the arrangement. No programming is required to reach this state. We believe that our approach will significantly ease the transition of analog designers to procedural generation. At the same time, the templates allow for a “bridge” to open frameworks and synthesis approaches so that the methodologies can be both better spread and combined. This way, comprehensive frameworks of both synthesis-based and procedural-based analog automation methods can be built in a user-driven way, and designers are enabled to gain early layout insight and ease IP reusability.
abstract_unstemmed	Various analog design automation attempts have addressed the shortcomings of the still largely manual and, thus, inefficient and risky analog design approach. These methods can roughly be divided into synthesis and procedural generation. An important key aspect has, however, rarely been considered: usability. While synthesis requires sophisticated constraints, procedural generators require expert programmers. Both prevent users from adopting the respective method. Thus, we propose a new approach to automatically create procedural generators in a user-driven way. First, analog generators, which also create symbols and layouts, are utilized during schematic entry to encapsulate common analog building blocks. Second, automatic code creation builds a hierarchical generator for all views with the schematic as input. Third, the approach links the building block generators with the layout through an object-oriented template library that is accessible through generator parameters, allowing the user to control the arrangement. No programming is required to reach this state. We believe that our approach will significantly ease the transition of analog designers to procedural generation. At the same time, the templates allow for a “bridge” to open frameworks and synthesis approaches so that the methodologies can be both better spread and combined. This way, comprehensive frameworks of both synthesis-based and procedural-based analog automation methods can be built in a user-driven way, and designers are enabled to gain early layout insight and ease IP reusability.
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title_short	Generating the Generator: A User-Driven and Template-Based Approach towards Analog Layout Automation
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