papagenoPCB: An Automated Printed Circuit Board Generation Approach for Embedded Systems Prototyping

Publikation: Beitrag in Buch/Bericht/KonferenzbandBeitrag in einem KonferenzbandForschungBegutachtung

Abstract

Designing an embedded system from scratch is becoming increasingly challenging these days. In fact, the design process requires extensive manpower, comprising engineers with different fields of expertise.
While most design principles for embedded systems start with a search for a suitable computing platform and the design of proper hardware to meet certain requirements, our novel vision involves using a completely different approach: The remainder of the embedded system can be automatically generated if the application software is available. In order to achieve automatic Printed Circuit Board (PCB) generation, we describe an approach, papagenoPCB, in this paper, which is a part of a holistic approach called papagenoX. papagenoPCB provides a way to automatically generate schematics and layouts for printed circuit boards using an intermediate system description language.
Therefore, the scope of the present work was to develop a concept, which could be used to analyze the embedded software and automatically generate the schematics and board layouts based on predefined hardware modules and connection interfaces. To be able to edit the plans once they have been generated, a file format for common electronic design automation applications, based on Extensible Markup Language (XML), was used to provide the final output.
Originalspracheenglisch
TitelICONS 2019 - The Fourteenth International Conference on Systems
Seiten20-25
Seitenumfang6
ISBN (elektronisch)978-1-61208-696-5
PublikationsstatusVeröffentlicht - 24 Mär 2019
VeranstaltungThe Fourteenth International Conference on Systems - Holiday Inn Express Valencia-Ciudad Las Ciencias, Valencia, Spanien
Dauer: 24 Mär 201928 Mär 2019
http://www.iaria.org/conferences2019/ICONS19.html

Konferenz

KonferenzThe Fourteenth International Conference on Systems
KurztitelICONS 2019
LandSpanien
OrtValencia
Zeitraum24/03/1928/03/19
Internetadresse

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Embedded systems
Printed circuit boards
Schematic diagrams
XML
Hardware
Embedded software
Specification languages
Application programs
Engineers
Electronic design automation

Schlagwörter

    Fields of Expertise

    • Information, Communication & Computing

    Dies zitieren

    papagenoPCB: An Automated Printed Circuit Board Generation Approach for Embedded Systems Prototyping. / Scheipel, Tobias Peter; Baunach, Marcel Carsten.

    ICONS 2019 - The Fourteenth International Conference on Systems. 2019. S. 20-25.

    Publikation: Beitrag in Buch/Bericht/KonferenzbandBeitrag in einem KonferenzbandForschungBegutachtung

    Scheipel, TP & Baunach, MC 2019, papagenoPCB: An Automated Printed Circuit Board Generation Approach for Embedded Systems Prototyping. in ICONS 2019 - The Fourteenth International Conference on Systems. S. 20-25, The Fourteenth International Conference on Systems, Valencia, Spanien, 24/03/19.
    Scheipel TP, Baunach MC. papagenoPCB: An Automated Printed Circuit Board Generation Approach for Embedded Systems Prototyping. in ICONS 2019 - The Fourteenth International Conference on Systems. 2019. S. 20-25
    @inproceedings{8b467b0356f6480996b381e1eb4a48ea,
    title = "papagenoPCB: An Automated Printed Circuit Board Generation Approach for Embedded Systems Prototyping",
    abstract = "Designing an embedded system from scratch is becoming increasingly challenging these days. In fact, the design process requires extensive manpower, comprising engineers with different fields of expertise. While most design principles for embedded systems start with a search for a suitable computing platform and the design of proper hardware to meet certain requirements, our novel vision involves using a completely different approach: The remainder of the embedded system can be automatically generated if the application software is available. In order to achieve automatic Printed Circuit Board (PCB) generation, we describe an approach, papagenoPCB, in this paper, which is a part of a holistic approach called papagenoX. papagenoPCB provides a way to automatically generate schematics and layouts for printed circuit boards using an intermediate system description language.Therefore, the scope of the present work was to develop a concept, which could be used to analyze the embedded software and automatically generate the schematics and board layouts based on predefined hardware modules and connection interfaces. To be able to edit the plans once they have been generated, a file format for common electronic design automation applications, based on Extensible Markup Language (XML), was used to provide the final output.",
    keywords = "embedded systems, printed circuit board, design automation, hardware/software codesign, systems engineering",
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    N2 - Designing an embedded system from scratch is becoming increasingly challenging these days. In fact, the design process requires extensive manpower, comprising engineers with different fields of expertise. While most design principles for embedded systems start with a search for a suitable computing platform and the design of proper hardware to meet certain requirements, our novel vision involves using a completely different approach: The remainder of the embedded system can be automatically generated if the application software is available. In order to achieve automatic Printed Circuit Board (PCB) generation, we describe an approach, papagenoPCB, in this paper, which is a part of a holistic approach called papagenoX. papagenoPCB provides a way to automatically generate schematics and layouts for printed circuit boards using an intermediate system description language.Therefore, the scope of the present work was to develop a concept, which could be used to analyze the embedded software and automatically generate the schematics and board layouts based on predefined hardware modules and connection interfaces. To be able to edit the plans once they have been generated, a file format for common electronic design automation applications, based on Extensible Markup Language (XML), was used to provide the final output.

    AB - Designing an embedded system from scratch is becoming increasingly challenging these days. In fact, the design process requires extensive manpower, comprising engineers with different fields of expertise. While most design principles for embedded systems start with a search for a suitable computing platform and the design of proper hardware to meet certain requirements, our novel vision involves using a completely different approach: The remainder of the embedded system can be automatically generated if the application software is available. In order to achieve automatic Printed Circuit Board (PCB) generation, we describe an approach, papagenoPCB, in this paper, which is a part of a holistic approach called papagenoX. papagenoPCB provides a way to automatically generate schematics and layouts for printed circuit boards using an intermediate system description language.Therefore, the scope of the present work was to develop a concept, which could be used to analyze the embedded software and automatically generate the schematics and board layouts based on predefined hardware modules and connection interfaces. To be able to edit the plans once they have been generated, a file format for common electronic design automation applications, based on Extensible Markup Language (XML), was used to provide the final output.

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