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Between the Devil and the Deep Blue Sea: The Application of Machine Learning Towards a New Urban Vernacular in Liverpool’s UNESCO Maritime Mercantile City Buffer Zone

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Between the Devil and the Deep Blue Sea : The Application of Machine Learning Towards a New Urban Vernacular in Liverpool’s UNESCO Maritime Mercantile City Buffer Zone. / Fagan, Des.

2021. Abstract from Architectural Humanities Research Association (AHRA) , Loughborough, United Kingdom.

Research output: Contribution to conference - Without ISBN/ISSN Abstractpeer-review

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Fagan, D. (Accepted/In press). Between the Devil and the Deep Blue Sea: The Application of Machine Learning Towards a New Urban Vernacular in Liverpool’s UNESCO Maritime Mercantile City Buffer Zone. Abstract from Architectural Humanities Research Association (AHRA) , Loughborough, United Kingdom.

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@conference{510a378a02414ef98ff81c0f92c4ce30,
title = "Between the Devil and the Deep Blue Sea: The Application of Machine Learning Towards a New Urban Vernacular in Liverpool{\textquoteright}s UNESCO Maritime Mercantile City Buffer Zone",
abstract = "Our technological evolution to the post-digital age has resulted in an unprecedent challenge to the identity and authorship of the architect within the design process. Improvements in computer processing power have provided instant alternate means of decodifying complex design problems through generative algorithms that imitate the evolutionary processes of nature. Machine learning has further exacerbated this slow creep into the designer{\textquoteright}s remit through the computing power of big dataset analysis and processing. This paper explores the impact that machine learning may have on architectural and urban design disciplines, illustrated by experimentation on the transposition of urban forms generated from a dataset of existing images, delivering a new urban vernacular. The work is located inside the under-threat Liverpool Maritime Mercantile City UNESCO World Heritage Buffer Zone and proposes a hypothetical {\textquoteleft}new{\textquoteright} urban form within the zone, generated from a dataset of existing images of Liverpool through machine learning processes. This speculative {\textquoteleft}new{\textquoteright} buffer zone is proposed to mediate between the stakeholders of community, UNESCO and business between priorities of world heritage site heritage preservation, liveability and economic fitness by generating forms uniquely derived only from existing data and patterns of the City. The study analyses the human-centred issues that this methodology introduces, identifying obvious limitations and exploring future applications. The paper concludes by speculating on the impact that machine learning processes may have on the intellectual property rights and authorship of the architect. It outlines a strategy to proactively position the discipline outside the conflict between a protracted time intensive iterative human-centred design and the rapid onset of automated processing represented by machine learning processes.",
keywords = "Artificial intelligence, Machine Learning, GAN, CNN, Generative, Design, Architecture, Pix2PIx, Pix2PixHD, Generative Design, Rhino, Grasshopper, Morecambe, Promenade, Urban",
author = "Des Fagan",
year = "2021",
month = apr,
day = "15",
language = "English",
note = "Architectural Humanities Research Association (AHRA) : 18th Annual International conference, AHRA ; Conference date: 11-11-2021 Through 13-11-2021",
url = "http://www.ahra-architecture.org/events/details/region/",

}

RIS

TY - CONF

T1 - Between the Devil and the Deep Blue Sea

T2 - Architectural Humanities Research Association (AHRA)

AU - Fagan, Des

PY - 2021/4/15

Y1 - 2021/4/15

N2 - Our technological evolution to the post-digital age has resulted in an unprecedent challenge to the identity and authorship of the architect within the design process. Improvements in computer processing power have provided instant alternate means of decodifying complex design problems through generative algorithms that imitate the evolutionary processes of nature. Machine learning has further exacerbated this slow creep into the designer’s remit through the computing power of big dataset analysis and processing. This paper explores the impact that machine learning may have on architectural and urban design disciplines, illustrated by experimentation on the transposition of urban forms generated from a dataset of existing images, delivering a new urban vernacular. The work is located inside the under-threat Liverpool Maritime Mercantile City UNESCO World Heritage Buffer Zone and proposes a hypothetical ‘new’ urban form within the zone, generated from a dataset of existing images of Liverpool through machine learning processes. This speculative ‘new’ buffer zone is proposed to mediate between the stakeholders of community, UNESCO and business between priorities of world heritage site heritage preservation, liveability and economic fitness by generating forms uniquely derived only from existing data and patterns of the City. The study analyses the human-centred issues that this methodology introduces, identifying obvious limitations and exploring future applications. The paper concludes by speculating on the impact that machine learning processes may have on the intellectual property rights and authorship of the architect. It outlines a strategy to proactively position the discipline outside the conflict between a protracted time intensive iterative human-centred design and the rapid onset of automated processing represented by machine learning processes.

AB - Our technological evolution to the post-digital age has resulted in an unprecedent challenge to the identity and authorship of the architect within the design process. Improvements in computer processing power have provided instant alternate means of decodifying complex design problems through generative algorithms that imitate the evolutionary processes of nature. Machine learning has further exacerbated this slow creep into the designer’s remit through the computing power of big dataset analysis and processing. This paper explores the impact that machine learning may have on architectural and urban design disciplines, illustrated by experimentation on the transposition of urban forms generated from a dataset of existing images, delivering a new urban vernacular. The work is located inside the under-threat Liverpool Maritime Mercantile City UNESCO World Heritage Buffer Zone and proposes a hypothetical ‘new’ urban form within the zone, generated from a dataset of existing images of Liverpool through machine learning processes. This speculative ‘new’ buffer zone is proposed to mediate between the stakeholders of community, UNESCO and business between priorities of world heritage site heritage preservation, liveability and economic fitness by generating forms uniquely derived only from existing data and patterns of the City. The study analyses the human-centred issues that this methodology introduces, identifying obvious limitations and exploring future applications. The paper concludes by speculating on the impact that machine learning processes may have on the intellectual property rights and authorship of the architect. It outlines a strategy to proactively position the discipline outside the conflict between a protracted time intensive iterative human-centred design and the rapid onset of automated processing represented by machine learning processes.

KW - Artificial intelligence

KW - Machine Learning

KW - GAN

KW - CNN

KW - Generative

KW - Design

KW - Architecture

KW - Pix2PIx

KW - Pix2PixHD

KW - Generative Design

KW - Rhino

KW - Grasshopper

KW - Morecambe

KW - Promenade

KW - Urban

M3 - Abstract

Y2 - 11 November 2021 through 13 November 2021

ER -