Tim Stonor Predictive analytics using Space Syntax technologyTim Stonor
Tim Stonor presents on predictive analytics for urban planning. He discusses several key discoveries from research using spatial analytics: (1) layout influences human behavior, (2) spatial layout distributes land use and influences crime and safety, (3) spatial layout determines land value, and (4) layout affects carbon footprint. He advocates for an integrated urban model and data-driven approach to address challenges in urban planning.
The document summarizes Tim Stonor's presentation on smart modeling and developing an urban BIM. Some key points from the presentation include:
1. It discusses what a smart city is and how smart cities can be planned and governed with technology.
2. It covers developing an urban BIM framework with a focus on space and human outcomes, and modeling the impacts of cities on resources and the environment.
3. It emphasizes co-creating models between academia and industry and taking a data-driven approach to understand how cities function and identify opportunities for improvement.
Tim stonor_Istanbul Smart Cities Workshop Tim Stonor
1. The document discusses challenges facing urban planning in the 21st century and how technology can help address them. It describes an integrated urban modeling platform that can collect and visualize urban data, forecast urban performance under different scenarios, and help decision-making.
2. Spatial analytics tools are presented that can analyze spatial accessibility at both the city-wide and local scales. These tools integrate data on people, resources, urban form, and the environment to understand how places work and identify opportunities for improvement.
3. The platform aims to help with resource allocation, future visioning, impact forecasting, consultation, and decision-making to create more sustainable, socially equitable, and economically productive cities.
Tim Stonor_Predictive analytics_Kyoto Smart City Expo presentationTim Stonor
This document summarizes a presentation by Tim Stonor on predictive analytics for urban planning. It discusses several key discoveries from research using spatial analysis: 1) Layout influences human behavior like movement patterns. 2) Spatial layout distributes land use. 3) Layout influences crime and safety. 4) Layout determines land value. 5) Layout affects a city's carbon footprint. It then discusses how predictive analytics can help address challenges in urban planning by integrating data, enabling future visioning, improving consultation, reducing decision risk, focusing on human experience, and developing integrated place strategies.
This document summarizes a presentation on using Space Syntax technology for sustainable urban planning and design. It describes how Space Syntax can be used to create low-carbon masterplans, reduce energy consumption in cities, and was applied to a competition for expanding Beijing's central business district. Space Syntax measures the efficiency of street networks to assess transport and encourages walking, cycling, and public transit over private vehicles.
Tim Stonor_Spatial layout as critical infrastructureTim Stonor
This document summarizes a presentation by Tim Stonor on using spatial layout as critical infrastructure. Some key points:
1. Stonor argues that cities are failing and introduces a methodology called Spatial Layout Analysis to understand urban form and behavior.
2. He outlines an integrated urban modeling process involving data collection, urban diagnosis, conceptual options, and consultation.
3. Case studies are presented of Space Syntax's work in China, including strategic planning projects in Beijing and Changchun.
4. Their approach uses scientific tools creatively to address issues of spatial accessibility, transportation, and integrated urban-rural development.
Tim Stonor Predictive analytics using Space Syntax technologyTim Stonor
Tim Stonor presents on predictive analytics for urban planning. He discusses several key discoveries from research using spatial analytics: (1) layout influences human behavior, (2) spatial layout distributes land use and influences crime and safety, (3) spatial layout determines land value, and (4) layout affects carbon footprint. He advocates for an integrated urban model and data-driven approach to address challenges in urban planning.
The document summarizes Tim Stonor's presentation on smart modeling and developing an urban BIM. Some key points from the presentation include:
1. It discusses what a smart city is and how smart cities can be planned and governed with technology.
2. It covers developing an urban BIM framework with a focus on space and human outcomes, and modeling the impacts of cities on resources and the environment.
3. It emphasizes co-creating models between academia and industry and taking a data-driven approach to understand how cities function and identify opportunities for improvement.
Tim stonor_Istanbul Smart Cities Workshop Tim Stonor
1. The document discusses challenges facing urban planning in the 21st century and how technology can help address them. It describes an integrated urban modeling platform that can collect and visualize urban data, forecast urban performance under different scenarios, and help decision-making.
2. Spatial analytics tools are presented that can analyze spatial accessibility at both the city-wide and local scales. These tools integrate data on people, resources, urban form, and the environment to understand how places work and identify opportunities for improvement.
3. The platform aims to help with resource allocation, future visioning, impact forecasting, consultation, and decision-making to create more sustainable, socially equitable, and economically productive cities.
Tim Stonor_Predictive analytics_Kyoto Smart City Expo presentationTim Stonor
This document summarizes a presentation by Tim Stonor on predictive analytics for urban planning. It discusses several key discoveries from research using spatial analysis: 1) Layout influences human behavior like movement patterns. 2) Spatial layout distributes land use. 3) Layout influences crime and safety. 4) Layout determines land value. 5) Layout affects a city's carbon footprint. It then discusses how predictive analytics can help address challenges in urban planning by integrating data, enabling future visioning, improving consultation, reducing decision risk, focusing on human experience, and developing integrated place strategies.
This document summarizes a presentation on using Space Syntax technology for sustainable urban planning and design. It describes how Space Syntax can be used to create low-carbon masterplans, reduce energy consumption in cities, and was applied to a competition for expanding Beijing's central business district. Space Syntax measures the efficiency of street networks to assess transport and encourages walking, cycling, and public transit over private vehicles.
Tim Stonor_Spatial layout as critical infrastructureTim Stonor
This document summarizes a presentation by Tim Stonor on using spatial layout as critical infrastructure. Some key points:
1. Stonor argues that cities are failing and introduces a methodology called Spatial Layout Analysis to understand urban form and behavior.
2. He outlines an integrated urban modeling process involving data collection, urban diagnosis, conceptual options, and consultation.
3. Case studies are presented of Space Syntax's work in China, including strategic planning projects in Beijing and Changchun.
4. Their approach uses scientific tools creatively to address issues of spatial accessibility, transportation, and integrated urban-rural development.
The document discusses how digital infrastructure and the Internet of Everything can redefine urban mobility through innovation. It notes that digital technologies can enable 1-2% fuel savings and double passenger capacity for trains. Predictive maintenance, passenger Wi-Fi, route optimization, and onboard security are examples of digital innovations for trains. The Internet of Everything will connect 50 billion smart devices by 2020, with 90% of data created in just the past two years. Security is crucial with this growth in connected devices and data. The digital economy is driving changes across many industries as new digital business models and experiences emerge.
A Game Theoretic Approach for Managing Multi-Modal Urban Mobility Systems Christos Nikolaou
Collective adaptive systems provide secure and robust collaboration between heterogeneous entities such as humans and computer systems. Such entities have potentially conflicting goals that attempt to satisfy by interacting with each other. Understanding, predicting and designing their behavior and evolution requires the incorporation of technical, social and economic aspects in our models. In this presentation, we discuss cells and ensembles, a new design principle to study and construct collective adaptive systems, developed with our partners in the EU project “ALLOW ENSEMBLES”. We also show how to apply this principle in the study and design of an integrated and multimodal urban mobility system, where we model the interactions of various entities by means of game theoretic techniques.
Innovation is important for companies to stay competitive in today's rapidly changing business environment. Companies must foster a culture where employees are encouraged to think creatively and come up with new ideas. Those ideas then need to be developed and commercialized through research and development efforts in order for companies to successfully introduce new products and services.
This document discusses urban mobility in 2015 and beyond. It explores how new technologies like the Internet of Things can open new opportunities for businesses to address transportation needs. Images show examples of smart cities, electric vehicles, and optimized road infrastructure that may shape future mobility solutions and reduce congestion through connected and autonomous transportation options.
Unfolding the City - Urban Mobility VisualizationsTill Nagel
The document discusses several visualizations of transportation networks in cities including a bus network in Singapore, mapping dynamics of mobility in cities throughout history, subway traffic flows in Shanghai, and exploring personal movements within a city. It promotes visualizations created by MapBox, OpenStreetMap, Isoscope, and Liquidata and provides links to online demonstrations. The document is authored by Till Nagel of Architecture IO and encourages the use of data and technology to gain new perspectives on urban transportation and mobility.
Sustainserv is a management consulting firm that helps organizations develop sustainability strategies. They conducted a case study in Zurich on sustainable urban mobility through 2035. Over two years, they held discussions with 50 stakeholders and developed a shared vision, goals, and pilot projects. The vision is for a traffic system that enables high quality of life, a prospering economy, and is resource efficient. Goals include short travel distances through urban planning, transparent mobility costs, reduced commuting through flexible work, and efficient mobility through technology. Pilot projects were conducted with Credit Suisse and Swiss Re on flexible work schemes and their impacts.
The document discusses smart cities and future urban mobility and transport. It covers several topics: (1) drivers of change in cities like population growth and new technologies; (2) digital strategies used by cities to become smarter; (3) whether technology can truly improve quality of life. It also discusses transport changes like autonomous vehicles and how they could impact safety, efficiency, and challenges. The conclusion is that managing urban populations is complex, but new transport technologies may help address issues if deployed equitably.
Vision on Smart Urban Mobility given during the AITPM conference in Sydney. Talk was about key elements needed to provide the urban transportation system for the future. See http://www.aitpm.com.au/Conference/Program/conference-home for the conference details.
Following an EU China partnership agreement on urbanisation, a group of high level officials from China visited Brussels in June 2015. I presented a key note on Urban mobility planning practices in Europe.
Explore the essential graphic design tools and software that can elevate your creative projects. Discover industry favorites and innovative solutions for stunning design results.
Practical eLearning Makeovers for EveryoneBianca Woods
Welcome to Practical eLearning Makeovers for Everyone. In this presentation, we’ll take a look at a bunch of easy-to-use visual design tips and tricks. And we’ll do this by using them to spruce up some eLearning screens that are in dire need of a new look.
The document discusses how digital infrastructure and the Internet of Everything can redefine urban mobility through innovation. It notes that digital technologies can enable 1-2% fuel savings and double passenger capacity for trains. Predictive maintenance, passenger Wi-Fi, route optimization, and onboard security are examples of digital innovations for trains. The Internet of Everything will connect 50 billion smart devices by 2020, with 90% of data created in just the past two years. Security is crucial with this growth in connected devices and data. The digital economy is driving changes across many industries as new digital business models and experiences emerge.
A Game Theoretic Approach for Managing Multi-Modal Urban Mobility Systems Christos Nikolaou
Collective adaptive systems provide secure and robust collaboration between heterogeneous entities such as humans and computer systems. Such entities have potentially conflicting goals that attempt to satisfy by interacting with each other. Understanding, predicting and designing their behavior and evolution requires the incorporation of technical, social and economic aspects in our models. In this presentation, we discuss cells and ensembles, a new design principle to study and construct collective adaptive systems, developed with our partners in the EU project “ALLOW ENSEMBLES”. We also show how to apply this principle in the study and design of an integrated and multimodal urban mobility system, where we model the interactions of various entities by means of game theoretic techniques.
Innovation is important for companies to stay competitive in today's rapidly changing business environment. Companies must foster a culture where employees are encouraged to think creatively and come up with new ideas. Those ideas then need to be developed and commercialized through research and development efforts in order for companies to successfully introduce new products and services.
This document discusses urban mobility in 2015 and beyond. It explores how new technologies like the Internet of Things can open new opportunities for businesses to address transportation needs. Images show examples of smart cities, electric vehicles, and optimized road infrastructure that may shape future mobility solutions and reduce congestion through connected and autonomous transportation options.
Unfolding the City - Urban Mobility VisualizationsTill Nagel
The document discusses several visualizations of transportation networks in cities including a bus network in Singapore, mapping dynamics of mobility in cities throughout history, subway traffic flows in Shanghai, and exploring personal movements within a city. It promotes visualizations created by MapBox, OpenStreetMap, Isoscope, and Liquidata and provides links to online demonstrations. The document is authored by Till Nagel of Architecture IO and encourages the use of data and technology to gain new perspectives on urban transportation and mobility.
Sustainserv is a management consulting firm that helps organizations develop sustainability strategies. They conducted a case study in Zurich on sustainable urban mobility through 2035. Over two years, they held discussions with 50 stakeholders and developed a shared vision, goals, and pilot projects. The vision is for a traffic system that enables high quality of life, a prospering economy, and is resource efficient. Goals include short travel distances through urban planning, transparent mobility costs, reduced commuting through flexible work, and efficient mobility through technology. Pilot projects were conducted with Credit Suisse and Swiss Re on flexible work schemes and their impacts.
The document discusses smart cities and future urban mobility and transport. It covers several topics: (1) drivers of change in cities like population growth and new technologies; (2) digital strategies used by cities to become smarter; (3) whether technology can truly improve quality of life. It also discusses transport changes like autonomous vehicles and how they could impact safety, efficiency, and challenges. The conclusion is that managing urban populations is complex, but new transport technologies may help address issues if deployed equitably.
Vision on Smart Urban Mobility given during the AITPM conference in Sydney. Talk was about key elements needed to provide the urban transportation system for the future. See http://www.aitpm.com.au/Conference/Program/conference-home for the conference details.
Following an EU China partnership agreement on urbanisation, a group of high level officials from China visited Brussels in June 2015. I presented a key note on Urban mobility planning practices in Europe.
Explore the essential graphic design tools and software that can elevate your creative projects. Discover industry favorites and innovative solutions for stunning design results.
Practical eLearning Makeovers for EveryoneBianca Woods
Welcome to Practical eLearning Makeovers for Everyone. In this presentation, we’ll take a look at a bunch of easy-to-use visual design tips and tricks. And we’ll do this by using them to spruce up some eLearning screens that are in dire need of a new look.
International Upcycling Research Network advisory board meeting 4Kyungeun Sung
Slides used for the International Upcycling Research Network advisory board 4 (last one). The project is based at De Montfort University in Leicester, UK, and funded by the Arts and Humanities Research Council.