New Frontiers in Urban Analysis

In Honor of Atsuyuki Okabe
Herausgeber: Asami, Yasushi; Ishikawa, Toru; Sadahiro, Yukio

• Broschiertes Buch

Produktbeschreibung

Bringing together the world's leading experts in Urban Analysis, this remarkable and critically acclaimed volume applies the theories and models of Atsuyuko Okabe, Japan's preeminent spatial analyst, to case studies in urban planning, transport, administration, and public health in the context of the highly advanced Japanese planning system. It includes information that has never appeared in English, covering the development of techniques in GIS, spatial modeling, and methodologies of spatial analysis as they are applied to urban environments. Each of the contributors has worked directly with or studied under Professor Okabe.

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Produktdetails

• Verlag: Taylor & Francis Ltd (Sales)
• Seitenzahl: 272
• Erscheinungstermin: 19. September 2019
• Englisch
• Abmessung: 231mm x 155mm x 15mm
• Gewicht: 45g
• ISBN-13: 9780367385484
• ISBN-10: 0367385481
• Artikelnr.: 57815010

Autorenporträt

Yasushi Asami, Yukio Sadahiro, Toru Ishikawa

Inhaltsangabe

Section I Urban Analysis and Planning Theories Characterization of
Ratio-Type Indices for Evaluating
Residential Environment. A Compound Simulation Model of Land Use Patterns
and Its Implications. Optimal Hierarchical Transportation System with
Economies of Scale. A Study of the Route-Memorizing Mechanism: Experiments
through Computer-Aided Walking Simulation. Artificial Neural Network Model
Estimating Land Use Change in the Southwestern Part of Nagareyama City,
Chiba Prefecture.
Section II Urban Analysis in the Social Sciences
Empirical Analysis of the Evaluation of Judicial Precedents of Compensation
Fees for the Surrendering of Lease Premises. Qualitative Analysis of
Two-Dimensional Urban Employee. Distributions in Japan: A Comparative Study
with Urban Population Distributions by Means of Graph Theoretic Surface
Analysis. An Empirical Analysis of Consumers' Evaluation of Department
Stores. An Experimental Analysis of the Perception of the Area of an Open
Space Using 3-D Stereo Dynamic Graphics.
Section III Spatial Analysis
Inverse Distance-Weighted Method for Point Interpolation on a Network.
Analysis of the Similarity between Spatial Tessellations: Method and
Application. A New Method of Facility Location Using a Genetic Algorithm
Based on Co-evolution-Locational Optimization of Facilities by Co-evolution
of Their Locations and User Allocation. Hierarchy of System of Urban
Facilities: Focusing on the Relationship between Administrative Systems and
Population Agglomerations.