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9780849327131

Gis-based Studies in the Humanities And Social Sciences

by ;
  • ISBN13:

    9780849327131

  • ISBN10:

    084932713X

  • Format: Hardcover
  • Copyright: 2005-10-31
  • Publisher: CRC Press

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Summary

Studies in the humanities and the social sciences can be enhanced through the use of geographic information systems (GIS). Resulting from a six-year project entitled Spatial Information Science for the Humanities and Social Sciences (SIS for HSS), GIS-Based Studies in the Humanities and Social Sciences details the tools and processes for deploying GIS in economic and social analyses. Through the use of this book, readers can understand how GIS technology can be utilized in advancing studies, and will encourage social scientists to employ new GIS-based methods in their own research.

Table of Contents

Introduction
1(18)
Atsuyuki Okabe
What Are Geographical Information Systems (GIS)?
1(8)
Applications of GIS in the Humanities and Social Sciences: Overview of the Chapters
9(10)
Acknowledgments
16(1)
References
16(3)
A Tool for Creating Pseudo-3D Spaces with Hyperphoto: An Application in Ethnographic Studies
19(16)
Hiroya Tanaka
Masatoshi Arikawa
Ryosuke Shibasaki
Yuki Konagaya
Introduction
19(3)
Related Concepts
22(3)
Photo Collage
22(1)
Hypermedia
23(2)
Stamp: A Tool for Hyperphoto Collage
25(5)
Concepts and System Overview
25(2)
Stamp-Maker
27(2)
Stamp-Navigator
29(1)
Visualization Options
30(1)
An Application
30(2)
Conclusion
32(3)
References
33(2)
A Laser-Scanner System for Acquiring Archaeological Data: Case of the Tyre Remains
35(20)
Ryosuke Shibasaki
Takura Izumi
Hiroya Tanaka
Masafumi Nakagawa
Yosinori Iwamoto
Hidetomo Fujiwara
Dinesh Manandhar
Introduction
36(1)
A New, Three-Dimensional Measurement Device: Laser Scanner
37(1)
Architecture of a System for Collecting and Organizing Archaeological Remain Data (Archae-Collector)
38(6)
Data Types and Objects
38(1)
Archaeological Remains
39(1)
Archaeological Relics
40(1)
Other Documents
40(1)
Associations Among Data
41(1)
Architecture of a System for Collecting and Organizing Archaeological Information (Archae-Collector)
42(2)
Three-Dimensional Data Acquisition and Model Development with a Laser Scanner
44(7)
Types of Laser Scanners and Their Combinations
44(1)
Geometric Registration of Laser-Scanner Data
45(2)
Reconstruction of Three-Dimensional Shapes from Laser-Scanner Data
47(2)
Visualization by Combining Laser-Scanner Data and Digital-Camera Images
49(2)
Implementation of an Example of Archae-Collector
51(2)
Conclusions and Future Prospects
53(2)
Acknowledgment
54(1)
References
54(1)
A Laser-Scanner System for Acquiring Walking-Trajectory Data and Its Possible Application to Behavioral Science
55(16)
Huijing Zhao
Katsuyuki Nakamura
Ryosuke Shibasaki
Introduction
55(2)
Outline of the System
57(2)
Single-Row Laser Scanner and Moving-Object Extraction
57(1)
Integration of Multiple Single-Row Laser Scanners
58(1)
Tracking Algorithm
59(5)
Flow of the Tracking Process
59(2)
Definition of the Pedestrian-Walking Model
61(1)
Definition of the State Model
61(2)
The Tracing Process Using the Kalman Filter
63(1)
Possible Applications to Behavioral Science
64(7)
Assessment of the System Reliability
65(1)
Analyzing the Pedestrain Flow
66(3)
Acknowledgments
69(1)
References
69(2)
A Method for Constructing a Historical Population-Grid Database from Old Maps and Its Applications
71(14)
Yoshio Arai
Shiro Koike
Introduction: Can GIS Deal with Historical Phenomena?
72(1)
A Preliminary Study on the Population Estimation Made for Around the Year 1890 in East Biwa
73(3)
Estimation Method
73(1)
Estimation Accuracy
74(2)
Derivation of the Historical Population-Grid Data for Around 1890 in the Kanto Plain
76(1)
Estimation Method
76(1)
Estimation Accuracy
77(1)
Derivation of the Historical Population-Grid Data for Around 1930 in the Kanto Plain
77(2)
Source Materials
78(1)
Estimation Method
78(1)
Estimation Accuracy
78(1)
Historical Population-Grid Database Covering the Period 1890-2000 in the Kanto Plain
79(3)
Integration of the 1890-, 1930-, 1970-, and 2000-HPD
79(1)
Analysis of Population Change Using the 1890-2000-HPD
80(1)
Spatial Patterns of Population Change in the Kanto Plain
80(1)
Population Change Along Railway Lines
80(2)
Conclusion
82(3)
References
83(2)
Urban Employment Areas: Defining Japanese Metropolitan Areas and Constructing the Statistical Database for Them
85(14)
Yoshitsugu Kanemoto
Reiji Kurima
Introduction
85(1)
The Need for a New Metropolitan-Area Definition
86(1)
Metropolitan-Area Definitions in the U.S.
87(2)
The Structure of Japanese Metropolitan Areas
89(1)
Defining Urban-Employment Areas
89(4)
Requirements for a Core
90(1)
Requirements for an Outlying Area
91(1)
The Iterative Procedure for Defining UEAs
91(1)
The First Iteration
91(1)
The Second Iteration
92(1)
Other Iterations
92(1)
Urban-Employment Areas for the 1995 Population
93(1)
The Construction of the MEA Economic Database
94(3)
Conclusion
97(2)
Acknowledgment
97(1)
References
97(2)
Data Modeling of Archaeological Sites Using a Unified Modeling Language
99(14)
Teruko Usui
Susumu Morimoto
Yoshiyuki Murao
Keiji Shimizu
Introduction
99(1)
Characteristics of Archaeological Information and a Site Survey
100(1)
Differences between Japanese and European Techniques in Data Recording and Organizing Archaeological Survey Data
101(2)
Object-Oriented GIS and an Archaeological-Information Database
103(5)
Two Kinds of GIS Data Models
103(1)
Standardization of Geographic Information and UML
104(1)
Data Modeling of Archaeological Information and the General-Feature Model
105(3)
European Stratigraphic-Sequence Diagrams Using the Harris Matrix and UML Modeling on Japanese Drawings of Archaeological Features
108(3)
Class Representing the Archaeological Site (Archaeological Site Class)
108(1)
Drawing of Archaeological Features and Stratigraphic-Sequence Diagram
109(2)
Conclusion
111(2)
References
112(1)
How to Find Free Software Packages for Spatial Analysis via the Internet
113(14)
Atsuyuki Okabe
Atsushi Masuyama
Fumiko Itoh
Introduction
113(1)
Search Engine at the CSISS Web Site
114(1)
FreeSAT: A Web System for Finding Free Spatial Analysis Tools
115(9)
The home page of FreeSAT
115(1)
The ``Spatial Analysis for Points'' Page
116(1)
The ``Spatial Analysis for Networks'' Page
117(2)
The ``Spatial Analysis for Attribute Values of Areas'' Page
119(2)
The ``Spatial Analysis for Continuous Surfaces Page''
121(1)
Tables of Software Names
122(2)
Conclusion
124(3)
References
125(2)
A Toolbox for Examining the Effect of Infrastructural Features on the Distribution of Spatial Events
127(12)
Atsuyuki Okabe
Tohru Yoshikawa
Introduction
127(1)
General Setting
128(1)
Procedure for Examining the Effect
129(7)
The Procedure for Using the Goodness-of-Fit Test Method
130(3)
The Procedure for Using the Conditional Nearest-Neighbor Distance Method
133(2)
The Cross K Function Method
135(1)
Conclusion
136(3)
Acknowledgments
137(1)
References
137(2)
A Toolbox for Spatial Analysis on a Network
139(14)
Atsuyuki Okabe
Kei-ichi Okunuki
Shino Shiode
Introduction
139(2)
Tools in SANET
141(1)
Software and Data Setting
142(2)
Network K Function Method
144(2)
Network Variable-Clumping Method
146(2)
Network Cross K Function Method
148(1)
Network Voronoi Diagram
148(1)
Network Huff Model
149(2)
Conclusion
151(2)
Acknowledgments
151(1)
References
151(2)
Estimation of Routes and Building Sites Described in Premodern Travel Accounts Through Spatial Reasoning
153(10)
Yasushi Asami
Takanori Kimura
Masashi Haneda
Naoko Fukami
Introduction
153(2)
Spatial Data
155(1)
Search for the Route
156(1)
Consistency with Building Use
156(1)
Consistency of Branching Off of Road
156(1)
Consistency of Turning Direction (Left or Right)
157(1)
Consistency of Direction (North, East, South, and West)
157(1)
Judgment of Neighborhood
157(1)
Judgment of Priority in Route Choice
158(1)
Route of Maximum Degree of Fitness and Estimation of Locations of Building
158(2)
Conclusion
160(3)
Acknowledgment
161(1)
References
161(2)
Computer-Simulated Settlements in West Wakasa: Identifying the Ancient Tax Regions --- The Go-Ri System
163(12)
Izumi Niiro
Introduction
163(2)
The Case-Study Region
165(3)
The Reconstruction of Agricultural Productivity and the Extent of GO
168(3)
Results and Discussion of the Case Study
171(1)
Broader-Scale Analysis
172(2)
Conclusion
174(1)
References
174(1)
Site-Catchment Analysis of Prehistoric Settlements by Reconstructing Paleoenvironments with GIS
175(16)
Hiro'omi Tsumura
A Brief Review of Spatial Archaeology
175(2)
The Sannai-Maruyama Archaeological Project
177(1)
Present Nature of the Area Surrounding the Sannai-Maruyama Archaeological Site
177(2)
Construction of a Spatio-Temporal GIS Database
179(3)
Reconstruction of the Paleosynecology
182(1)
Site-Catchment Analysis of the Reconstructed Paleoenvironment
183(5)
Beyond Spatial Archaeology
188(3)
Acknowledgments
189(1)
References
189(2)
Migration, Regional Diversity, and Residential Development on the Edge of Greater Cairo --- Linking Three Kinds of Data --- Census, Household-Survey Data, and Geographical Data --- with GIS
191(20)
Hiroshi Kato
Erina Iwasaki
Ali El-Shazly
Yutaka Goto
Introduction
191(1)
Data and Methodology
192(4)
Data
192(1)
Selection of the Survey Areas
193(1)
Data Sampling
194(2)
Migration and Regional Categorization
196(7)
Migrants' Villages of Origin
197(1)
Characteristics of the Regions of Origin
198(5)
Migration and Residential Development
203(4)
Constructing the Building Map
203(1)
General Description of the Survey Areas
204(1)
Settlement Patterns and Residential Development
204(3)
Conclusions
207(4)
References
209(2)
Effect of Environmental Factors on Housing Prices: Application of GIS to Urban-Policy Analysis
211(18)
Yasushi Asami
Xiaolu Gao
Economic Value of Residential Environment
211(2)
Method and Data
213(2)
Hedonic Price Analysis
215(3)
Analysis of Subdivision
218(2)
Benefits of Parks in Densely Built Residential Blocks
220(1)
Effects of Widening a Road
221(3)
Impact of Relaxing FAR Regulation
224(2)
Conclusion
226(3)
Acknowledgments
226(1)
References
227(2)
Estimating Urban Agglomeration Economies for Japanese Metropolitan Areas: Is Tokyo Too Large?
229(14)
Yoshitsugu Kanemoto
Toru Kitagawa
Hiroshi Saito
Elsuro Shioji
Introduction
229(1)
Production Functions with Agglomeration Economies
230(2)
Cross-Section Estimates
232(2)
Panel Estimates
234(2)
A Test for Optimal City Sizes
236(4)
Conclusion
240(3)
Acknowledgments
240(1)
References
241(2)
Evaluation of School Redistricting by the School Family System
243(22)
Yukio Sadahiro
Takashi Tominaga
Saiko Sadahiro
Introduction
244(1)
Potential of GIS in Educational-Administration Research
244(4)
GIS for Analysis in Educational-Administration Research
244(2)
GIS for Planning in Educational-Administration Research
246(1)
GIS for Evaluation in Educational-Administration Research
247(1)
GIS for School Redistricting
248(3)
School Districting in Elementary and Lower-Secondary Education
248(1)
School Redistricting in Elementary and Lower-Secondary Education
249(1)
School-Family System
249(1)
School Redistricting as a Spatial-Optimization Problem
250(1)
School Redistricting in Kita Ward, Tokyo
251(11)
Formulation of School-Redistricting Problem in Kita Ward, Tokyo
252(4)
School Redistricting Where the Average Distance from Home to School Is the Objective Function
256(3)
School Redistricting Where the Number of Students Assigned to Different Schools Is the Objective Function
259(3)
Conclusion
262(3)
References
262(3)
A Method for Visualizing the Landscapes of Old-Time Cities Using GIS
265(14)
Eihan Shimizu
Takashi Fuse
Introduction
265(1)
Rubber-Sheet Transformation of Historical Maps
266(2)
Applications
268(8)
Comparison of Maps from Different Times
268(1)
Reproduction of a Digital-Elevation Model from a Historical Map
269(1)
Analysis of the Relationship between Land Use and Topography
270(2)
Reproduction of a Bird's-Eye View of Old Tokyo
272(2)
Reproduction of the Landscape of Edo City
274(2)
Conclusion
276(3)
References
276(3)
Visualization for Site Assessment
279(20)
Hiroyuki Kohsaka
Tomoko Sekine
Introduction
279(2)
Multilevel Measures of Accessibility and Its Spatial Variation within Residential Districts
281(9)
Accessibility Measured at the Residential-District Level
281(1)
Accessibility Measured at 100 M Mesh Level
282(2)
Visualization of Spatial Variation in Accessibility within a Residential District
284(1)
Bivariate Map of Accessibility and Its Variability
285(2)
Composite Map of Accessibility by Two-Level Visualization
287(2)
Accessibility Map at Variable Spatial Level
289(1)
Measure of Accessibility by Highly Accurate Simulation and Its Visualization
290(6)
Population as Demand Volume
290(1)
Development of Road Network
291(1)
Measure of Navigation Road Distance by Highly Accurate Simulation Considering Complex Traffic Conditions
292(4)
Conclusion
296(3)
References
298(1)
Visualization of the Mental Image of a City Using GIS
299(16)
Yukio Sadahiro
Yoshio Igarashi
Introduction
299(2)
Methodology
301(3)
Representation of the Image of a City
301(1)
Model Description
301(1)
Visualization of the Image of a City
302(2)
A Prototype System
304(5)
Spatial Data
304(1)
Model of the Image of Shibuya
305(1)
Visualization of the Image of Shibuya
306(1)
System Evaluation
306(3)
Conclusion
309(6)
Literature Cited
313(1)
References
313(2)
Index 315

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