Modeling The Housing And Urban Dynamics

The field of Urban Dynamics itself is based on the systems engineering concept that all complex systems (and cities and urban areas are no exception) are comprised of independent and often smaller, more understandable sub-components with relationships to one another. This allows for the system as a whole to be modeled, using knowledge of the individual subsystems and their behaviors. In this instance, urban dynamics allows for the modeling and understanding of land use, the attractiveness of space to residents, and how the ageing and obsolescence of buildings affects planning and economic development, as well as population movements, with the urban landscape. The book adopts a trans-disciplinary approach that looks at the way residential mobility, commuting patterns, and travel behavior affect the urban form. It addresses a series of issues dealing with the accessibility of urban amenities, quality of life, and assessment of landscape residential choices, as well as measurement of external factors in the urban environment and their impact on property values.

Originally published in 1990, this work analyses the use of contemporary computer models to simulate urban systems. The work deals with the two significant traditions of model-building: firstly the building of integrated models following the seminal research of Lowry first published in 1964, but with relatively simple submodels; and secondly, intensive research on particular submodels with a variety of techniques. This volume constructs a model-building exercise which integrates the two traditions: an integrated model (in a modular form with alternative components) using the most advanced submodels. The book concludes with a presentation of an example of an operational model of this type.

Originally published in 1990, this work analyses the use of contemporary computer models to simulate urban systems. The work deals with the two significant traditions of model-building: firstly the building of integrated models following the seminal research of Lowry first published in 1964, but with relatively simple submodels; and secondly, intensive research on particular submodels with a variety of techniques. This volume constructs a model-building exercise which integrates the two traditions: an integrated model (in a modular form with alternative components) using the most advanced submodels. The book concludes with a presentation of an example of an operational model of this type.

This book assesses the effects of spatially concentrated programs for housing and neighborhood improvement. These programs provide direct assistance to low-income property owners in an attempt to arrest neighborhood decline and encourage revitalization. The authors used the Harvard Urban Development Simulation Model (HUDS) in evaluating these programs. HUDS, a large-scale computer model, represents the process of housing rehabilitation, the production and consumption of housing services, household moving decisions, and other determinant of neighborhood change. The model simulates the behavior of approximately 80,000 individual households in two hundred residential neighborhoods of various quality levels. Unlike more aggregate models of urban development, HUDS has the capacity to identify how specific housing policies affect individual households as well as particular neighborhoods. Since program evaluations are no better than the models on which they are based, the authors provide sufficient detail to permit those readers primarily interested in the policy analysis to assess the methodology and to understandhow the policies are represented in the model; a more technical discussion of the model is then presented in appendixes. Although the simulations focus on policies that induce central-city property owners to upgrade their properties and thus stimulate revitalization, many of the authors' findings are relevant to larger issues of urban development. For example, the analysis of how housing rehabilitation subsidies affect the investment behavior of nonsubsidized property owners provides insights about the link between initial upgrading and sustained neighborhood improvement. The analysis also demonstrates how differences in location, household, and housing stock characteristics affect a particular neighborhood's responsiveness to a common policy initiative.

USA. Analysis of dynamics of urbanization problems based on a simulation computer model of a system to prevent urban decline - covers theoretical aspects, urban planning, housing, improvement of the environment, the role of the urban area public administration in implementing community development and revival policies, financial aspectsmotivation of entrepreneurship, etc. Diagrams, and references.

INDEX OF PAPERS Paper 1. Evaluating Electric Vehicle Diffusion Paper 2. Modeling Housing, and Urban Infrastructures Paper 3. Modeling and Simulating Traffic Jams Paper 4. Road Infrastructure Investment Paper 5. Management of the Gravel Road Maintenance Paper 6. Critical Infrastructure Protection Paper 7. Modeling Waste from Home Devices Paper 8. Scenario Planning Workshop Paper 9. Group Model Building Paper 10. Global Container Multimodal Transport Paper 11. Gamification and Project Management Paper 12. Business Dynamics Simulator for Business Schools Paper 13. Socio-Economic Simulations of Ordinary Waste Paper 14. Perception and Utility INDEX OF MODELS FOR BEGINNERS 1. Population Growth 2. A Catastrophe Study 3. The Young Ambitious Worker 4. Development of an Epidemic 5. The Barays of Angkor 6. Building Games and Learning Labs 7. Input Output Controls 8. Sensitivity Analysis COLLECTION OF BOOKS Selected papers on System Dynamics 1.Agriculture and food production ISBN: 9781686984570 2.Business ISBN: 9781686997556 3.Ecology and the environment ISBN: 9781687000323 4.Economy: money and finances ISBN: 9781687003133 5.Energy ISBN: 9781687004932 6.Healthcare ISBN: 9781687006745 7.Housing and urban dynamics ISBN: 9781687008367 8.Supply chain and industrial dynamics ISBN: 9781687009975 9.Labor, human resources and social ISBN: 9781687015389 10.Sustainable development ISBN: 9781700341600 Detailed content in http://atc-innova.com/papers.htm ABOUT THE AUTHOR Juan Martin Garcia, expert in System Dynamics and System Thinking, Ph. D. Industrial Engineer UPC (Spain) and Postgraduate Diploma in Business Dynamics at the Sloan School of Management of the Massachusetts Institute of Technology (USA). He has been teacher of building simulation models during twenty years in several universities and now he teaches the online courses of Vensim in http://vensim.com/vensim-online-courses/