Virtual city book6/16/2023 ![]() In short, we believe that the ideal city is: ResourcefulĪ resourceful city manages to be both ecologically and economically sustainable. Together, we believe these are the building blocks for creating cities that feel better for more people. Instead, our vision for the cities of tomorrow is built around five guiding principles. We do not believe in a one-size-fits-all approach. We showcase projects that range in size, approach and context - but are all united by the core principles we believe lead to a happier urban life. The Ideal City features experts ranging from legendary urban designer Jan Gehl to transportation entrepreneur Robin Chase from starchitect Bjarke Ingels to the interdisciplinary design studio Urban-Think Tank and from the largest intergovernmental organisation, the United Nations, to a community-led alternative policing program in the Kwanlin Dün First Nation in Canada. Cities that are more resilient and economically productive, while tackling the climate crisis head-on. Cities that boost our quality of life, ensure more fulfilling ways of living together, and provide more opportunities for a bigger range of people. We hope to give our readers a vision for cities that are greener, healthier, more sustainable, inclusive and safe. We have created The Ideal City to inspire and help reimagine the cities of tomorrow. We can continue in this direction - or we can look for a new way forward.Ĭities are right at the heart of the problem, and therefore also at the heart of the solution. We are facing an accelerating climate crisis, growing inequality, lack of access to affordable homes, lack of equal opportunities for all - and a pandemic that brings existing challenges into stark relief. N2 - This chapter examines the challenge of creating and sustaining a virtual city model and illustrates howĪB - This chapter examines the challenge of creating and sustaining a virtual city model and illustrates howOur cities are at a crossroads. T1 - Towards a multifunctional virtual city model Conclusions on this collaborative, integrated approach to sustainable city modeling are included.", It proposes that the integration of such simulations into virtual city modeling offers much scope for continued use of city models and future research. The chapter also summarises associated research which investigates the issues in extending the visualization capabilities of a virtual city model by exploring data interoperability issues related to 3D simulations of the performance aspects of urban spaces, including pedestrian movement, noise mapping, wind modelling and thermal comfort. A case study is described of Virtual NewcastleGateshead (VNG), a collaboration between a university (Northumbria University) and two neighbouring local authorities (Newcastle City Council and Gateshead Council) in the north east of England, UK, with the aim of developing a financially sustainable three-dimensional (3D) computer model for the purposes of urban planning, education and research. It argues that a city model which is aligned to the development of the real city, to visually and analytically assess urban planning proposals, is more likely to be regularly used, continually updated, authoritative and sustainable in the longer term. Conclusions on this collaborative, integrated approach to sustainable city modeling are included.Ībstract = "This chapter examines the challenge of creating and sustaining a virtual city model and illustrates how the success of such efforts may depend on strategic collaborations between multiple organizations. ![]() The issues in extending the visualization capabilities of a virtual city model by exploring data interoperability issues related to 3D simulations of the performance aspects of urban spaces, including pedestrian movement, noise mapping, wind modelling and thermal comfort. The chapter also summarises associated research which investigates (Newcastle City Council and Gateshead Council) in the north east of England, UK, with the aim ofĭeveloping a financially sustainable three-dimensional (3D) computer model for the purposes of urban A case study is described of Virtual NewcastleGateshead (VNG), aĬollaboration between a university (Northumbria University) and two neighbouring local authorities ItĪrgues that a city model which is aligned to the development of the real city, to visually and analyticallyĪssess urban planning proposals, is more likely to be regularly used, continually updated, authoritativeĪnd sustainable in the longer term. The success of such efforts may depend on strategic collaborations between multiple organizations. This chapter examines the challenge of creating and sustaining a virtual city model and illustrates how
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