Ever-increasing levels of digital connectivity and ubiquitous sensing capacity offer opportunities to rethink traditional design and planning practices towards delivering more sustainable and resilient futures. Within this context, the chapter discusses how digital representation, Artificial Intelligence and collaborative processes can enable coping better with uncertainty by informing design and environmental management moves. Through two distinct examples, one in the UK and one in Italy, it illustrates how data about the built environment can be collected, networked, and operationalised to deal better with complexity and make informed decisions which consider alternative courses of action and challenge pre-existing assumptions. Both cases presented highlight the importance to establish a two-way link between digital and physical infrastructures and the people.
Augmented Intelligence In Built Environment Projects
Camilla Pezzica
Primo
2022-01-01
Abstract
Ever-increasing levels of digital connectivity and ubiquitous sensing capacity offer opportunities to rethink traditional design and planning practices towards delivering more sustainable and resilient futures. Within this context, the chapter discusses how digital representation, Artificial Intelligence and collaborative processes can enable coping better with uncertainty by informing design and environmental management moves. Through two distinct examples, one in the UK and one in Italy, it illustrates how data about the built environment can be collected, networked, and operationalised to deal better with complexity and make informed decisions which consider alternative courses of action and challenge pre-existing assumptions. Both cases presented highlight the importance to establish a two-way link between digital and physical infrastructures and the people.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
