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Find your voice: promoting your research to diverse audiences. A workshop for early career researchers

TweetThursday 5th June 2014, 10am-5pm, at the University of Manchester Effectively publishing and publicising research is an essential and rewarding part of academic life. Proactive engagement with wide and diverse audiences, both academic and non-academic, will ensure that the work that you do has a powerful impact. It is an essential skill needed for the […]

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Programmable Maps

I’ve been getting increasingly frustrated with the tools available to visualise the tube, bus and train data I’ve been collecting, so I’ve ended up creating my own. If you’re wondering why some of the lines don’t have any tubes in the above diagram, it’s because I’ve got the speed set very high and I’m not …
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London’s High Rise Debate

Last week New London Architecture, centre for built-environment debate and communication, launched a new exhibition on London high rises and high buildings policy. As well as including many spectacular models of present and future buildings, the exhibition presents results from NLA research into London’s current generation of high building proposals.  The most eye-catching finding is that there are … Continue reading

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London’s High Rise Debate

Last week New London Architecture, centre for built-environment debate and communication, launched a new exhibition on London high rises and high buildings policy. As well as including many spectacular models of present and future buildings, the exhibition presents results from NLA research into London’s current generation of high building proposals.  The most eye-catching finding is that there are … Continue reading

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London’s High Rise Debate

Last week New London Architecture, centre for built-environment debate and communication, launched a new exhibition on London high rises and high buildings policy. As well as including many spectacular models of present and future buildings, the exhibition presents results from NLA research into London’s current generation of high building proposals.  The most eye-catching finding is that there are … Continue reading

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Multi-Agent Systems for Urban Planning

Recently we contributed a chapter to “Technologies for Urban and Spatial Planning: Virtual Cities and Territories” which aims to quote from the preference:  

“(i) to contribute to the dissemination of the recent research and development of the use of information and communication technologies (ICT) in urban and spatial planning, trying to demonstrate their usability in planning processes through the presentation of relevant case studies, framed by their underlying theory; (ii) to give additional evidence to the fact that ICT are the privileged means to produce virtual cities and territories; and (iii) to make available, from a pedagogical standpoint, a group of illustrative reviews of the scientific production made by both academics and practitioners in the field.”

The book has 11 chapters which are grouped in several themes:

“first group focuses on the discussion over the use of ICT in spatial planning; the second group of contributions deals with urban modelling and simulation; the third group focuses on the use of different sensors to acquire information and model spatial processes; the fourth group focuses on the use of data to create more capable visualization tools; and the fifth group is about the use of virtual models to simulate real environments and plan and manage other aspects of the built environment such as energy.”

Our chapter is entitled “Multi-agent Systems for Urban Planning” fits into the second group with respect to urban modeling and simulation. We present a detailed overview about the theory and the development of multi-agent systems (MAS) in spatial planning, focusing on how MAS can lead to insights into urban problems and aid urban planning fostering a bottom up approach to spatial planning. The abstract is as follows:
Cities provide homes for over half of the world’s population, and this proportion is expected to increase throughout the next century. The growth of cities raises many questions and challenges for urban planning including which cities and regions are most likely to grow, what the pattern of urban growth will be, and how the existing infrastructure will cope with such growth. One way to explore these types of questions is through the use of multi-agent systems (MAS) that are capable of modeling how individuals interact and how structures emerge through such interactions, in terms of both the social and physical environment of cities. Within this chapter, the authors focus on how MAS can lead to insights into urban problems and aid urban planning from the bottom up. They review MAS models that explore the growth of cities and regions, models that explore land-use patterns resulting from such growth along with the rise of slums. Furthermore, the authors demonstrate how MAS models can be used to model transportation and the changing demographics of cities. Through these examples the authors also demonstrate how this style of modeling can give insights into such issues that cannot be gleamed from other modeling methodologies. The chapter concludes with challenges and future research directions of MAS models with respect to capturing the dynamics of human behavior in urban planning.

Full Reference:

Crooks, A.T., Patel, A. and Wise, S. (2014), Multi-agent Systems for Urban Planning, in Pinto, N.N., Tenedório, J. Antunes A. P. and Roca, J. (eds.), Technologies for Urban and Spatial Planning: Virtual Cities and Territories, IGI Global, Hershey, PA, pp. 29-56. (pdf)

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Multi-Agent Systems for Urban Planning

Recently we contributed a chapter to “Technologies for Urban and Spatial Planning: Virtual Cities and Territories” which aims to quote from the preference:  

“(i) to contribute to the dissemination of the recent research and development of the use of information and communication technologies (ICT) in urban and spatial planning, trying to demonstrate their usability in planning processes through the presentation of relevant case studies, framed by their underlying theory; (ii) to give additional evidence to the fact that ICT are the privileged means to produce virtual cities and territories; and (iii) to make available, from a pedagogical standpoint, a group of illustrative reviews of the scientific production made by both academics and practitioners in the field.”

The book has 11 chapters which are grouped in several themes:

“first group focuses on the discussion over the use of ICT in spatial planning; the second group of contributions deals with urban modelling and simulation; the third group focuses on the use of different sensors to acquire information and model spatial processes; the fourth group focuses on the use of data to create more capable visualization tools; and the fifth group is about the use of virtual models to simulate real environments and plan and manage other aspects of the built environment such as energy.”

Our chapter is entitled “Multi-agent Systems for Urban Planning” fits into the second group with respect to urban modeling and simulation. We present a detailed overview about the theory and the development of multi-agent systems (MAS) in spatial planning, focusing on how MAS can lead to insights into urban problems and aid urban planning fostering a bottom up approach to spatial planning. The abstract is as follows:
Cities provide homes for over half of the world’s population, and this proportion is expected to increase throughout the next century. The growth of cities raises many questions and challenges for urban planning including which cities and regions are most likely to grow, what the pattern of urban growth will be, and how the existing infrastructure will cope with such growth. One way to explore these types of questions is through the use of multi-agent systems (MAS) that are capable of modeling how individuals interact and how structures emerge through such interactions, in terms of both the social and physical environment of cities. Within this chapter, the authors focus on how MAS can lead to insights into urban problems and aid urban planning from the bottom up. They review MAS models that explore the growth of cities and regions, models that explore land-use patterns resulting from such growth along with the rise of slums. Furthermore, the authors demonstrate how MAS models can be used to model transportation and the changing demographics of cities. Through these examples the authors also demonstrate how this style of modeling can give insights into such issues that cannot be gleamed from other modeling methodologies. The chapter concludes with challenges and future research directions of MAS models with respect to capturing the dynamics of human behavior in urban planning.

Full Reference:

Crooks, A.T., Patel, A. and Wise, S. (2014), Multi-agent Systems for Urban Planning, in Pinto, N.N., Tenedório, J. Antunes A. P. and Roca, J. (eds.), Technologies for Urban and Spatial Planning: Virtual Cities and Territories, IGI Global, Hershey, PA, pp. 29-56. (pdf)

Continue reading »

Multi-Agent Systems for Urban Planning

Recently we contributed a chapter to “Technologies for Urban and Spatial Planning: Virtual Cities and Territories” which aims to quote from the preference:  

“(i) to contribute to the dissemination of the recent research and development of the use of information and communication technologies (ICT) in urban and spatial planning, trying to demonstrate their usability in planning processes through the presentation of relevant case studies, framed by their underlying theory; (ii) to give additional evidence to the fact that ICT are the privileged means to produce virtual cities and territories; and (iii) to make available, from a pedagogical standpoint, a group of illustrative reviews of the scientific production made by both academics and practitioners in the field.”

The book has 11 chapters which are grouped in several themes:

“first group focuses on the discussion over the use of ICT in spatial planning; the second group of contributions deals with urban modelling and simulation; the third group focuses on the use of different sensors to acquire information and model spatial processes; the fourth group focuses on the use of data to create more capable visualization tools; and the fifth group is about the use of virtual models to simulate real environments and plan and manage other aspects of the built environment such as energy.”

Our chapter is entitled “Multi-agent Systems for Urban Planning” fits into the second group with respect to urban modeling and simulation. We present a detailed overview about the theory and the development of multi-agent systems (MAS) in spatial planning, focusing on how MAS can lead to insights into urban problems and aid urban planning fostering a bottom up approach to spatial planning. The abstract is as follows:
Cities provide homes for over half of the world’s population, and this proportion is expected to increase throughout the next century. The growth of cities raises many questions and challenges for urban planning including which cities and regions are most likely to grow, what the pattern of urban growth will be, and how the existing infrastructure will cope with such growth. One way to explore these types of questions is through the use of multi-agent systems (MAS) that are capable of modeling how individuals interact and how structures emerge through such interactions, in terms of both the social and physical environment of cities. Within this chapter, the authors focus on how MAS can lead to insights into urban problems and aid urban planning from the bottom up. They review MAS models that explore the growth of cities and regions, models that explore land-use patterns resulting from such growth along with the rise of slums. Furthermore, the authors demonstrate how MAS models can be used to model transportation and the changing demographics of cities. Through these examples the authors also demonstrate how this style of modeling can give insights into such issues that cannot be gleamed from other modeling methodologies. The chapter concludes with challenges and future research directions of MAS models with respect to capturing the dynamics of human behavior in urban planning.

Full Reference:

Crooks, A.T., Patel, A. and Wise, S. (2014), Multi-agent Systems for Urban Planning, in Pinto, N.N., Tenedório, J. Antunes A. P. and Roca, J. (eds.), Technologies for Urban and Spatial Planning: Virtual Cities and Territories, IGI Global, Hershey, PA, pp. 29-56. (pdf)

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Fully-funded PhD studentship – Northern Ireland in Transition 1991-2011

TweetBackground A fully-funded PhD studentship has been offered by QUB as part of the successful application to the ESRC to fund the Northern Ireland Longitudinal Study Research Support Unit (NILS-RSU) from 2012 to 2017. It is focused around the general theme of ‘Northern Ireland in Transition 1991-2011′. This was a key part of the research […]

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Researcher as software engineer

When you go into a career in research, you imagine that you’ll spend all your time thinking, reading and coming to know. In fact, whenever anyone talks to you about your job, it’s clear that that’s exactly what they think you do all day: think, learn, gain wisdom. My experience of my PhD so far […]

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Fractal Benchmarks

I blame whoever printed out the Sierpinski triangle wikipedia page on Friday, but I’ve always been interested geometry, so I had to have a go at building one. The title of this post is a reference to the fact that this type of procedural geometry is often used in benchmarking 3D graphics systems as it …
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