1. Exploration of Spatial Structure and Linkage
2. Outline
3. GeoDa Center for Geospatial Analysis and Computation
4. GeoDa Center for Geospatial Analysis and Computation
5. GeoDa Center for Geospatial Analysis and Computation
6. GeoDa Center for Geospatial Analysis and Computation
7. Spatial Linkages and Urban Economic Development
8. Spatial Linkages and Urban Economic Development
9. Spatial Linkages and Urban Economic Development
10. Spatial Linkages and Urban Economic Development
11. Spatial Linkages and Urban Economic Development
12. Spatial Linkages and Urban Economic Development
13. Spatial Linkages and Urban Economic Development
14. Spatial Linkages and Urban Economic Development
15. Spatial Linkages and Urban Economic Development
16. Exploration
17. Exploration
18. Exploration
19. Exploration
20. Outline
21. Weights Matrices - Spatial
22. Weights Matrices - Spatial
23. Weights Matrices - Spatial
24. Weights Matrices - Spatial
25. Weights Matrices - Commute Flows
26. Weights Matrices - Commute Flows
27. Weights Matrices - Commute Flows
28. Weights Matrices - Commute Flows
29. Weights Matrices - Commute Flows
30. Weights Matrices - Commute Flows
31. Weights Matrices - Commute Flows
32. Weights Matrices - Commute Flows
33. Weights Matrices - Commute Flows
34. Outline
35. Data Sources
36. Data Sources
37. Data Source
38. Data Sources
39. Data Sources
40. Data Sources
41. Data Sources
42. Study Areas
43. Study Areas
44. Study Areas
45. Outline
46. Using pySAL
47. Run Times
48. Run Times
49. Run Times
50. Run Times
51. Outline
52. Over view
53. Over view
54. Over view
55. Over view
56. Over view
57. Over view
58. Over view
59. Over view
60. Outline
61. Spatial Neighbors (Binar y)
62. Commute Neighbors (Binar y)
63. Spatial Neighbors (Binar y) vs. Commute Neighbors (Binary)
64. Spatial Neighbors (Binar y) vs. Commute Neighbors (Binary)
65. Intra-MSA Correlation - Spatial vs Commute Neighbors
66. Intra-MSA Correlation - Spatial vs Commute Neighbors
67. Outline
68. Commute Volume (Continuous)
69. Commute Volume (Continuous) vs. Commute Neighbors (Binar y)
70. Commute Volume (Continuous) vs. Commute Neighbors (Binar y)
71. Intra-MSA Correlation - Commute Volume vs. Commute Neighbors
72. Intra-MSA Correlation - Commute Volume vs. Commute Neighbors
73. Commute Volume (Continuous) vs. Commute Neighbors (Binar y)
74. Commute Volume (Continuous) vs. Commute Neighbors (Binar y)
75. Intra-MSA Correlation - Commute Volume vs. Commute Neighbors
76. Intra-MSA Correlation - Commute Volume vs. Commute Neighbors
77. Outline
78. Standard Deviation Commute Volume (Residence)
79. Standard Deviation Commute Volume (Work)
80. Standard Deviation Residence vs. Work
81. Standard Deviation Residence vs. Work
82. Conclusion
83. Conclusion
84. Conclusion
85. Conclusion
86. Acknowledgments
87. Acknowledgments
88. Acknowledgments
89. Questions
2. Outline
3. GeoDa Center for Geospatial Analysis and Computation
4. GeoDa Center for Geospatial Analysis and Computation
5. GeoDa Center for Geospatial Analysis and Computation
6. GeoDa Center for Geospatial Analysis and Computation
7. Spatial Linkages and Urban Economic Development
8. Spatial Linkages and Urban Economic Development
9. Spatial Linkages and Urban Economic Development
10. Spatial Linkages and Urban Economic Development
11. Spatial Linkages and Urban Economic Development
12. Spatial Linkages and Urban Economic Development
13. Spatial Linkages and Urban Economic Development
14. Spatial Linkages and Urban Economic Development
15. Spatial Linkages and Urban Economic Development
16. Exploration
17. Exploration
18. Exploration
19. Exploration
20. Outline
21. Weights Matrices - Spatial
22. Weights Matrices - Spatial
23. Weights Matrices - Spatial
24. Weights Matrices - Spatial
25. Weights Matrices - Commute Flows
26. Weights Matrices - Commute Flows
27. Weights Matrices - Commute Flows
28. Weights Matrices - Commute Flows
29. Weights Matrices - Commute Flows
30. Weights Matrices - Commute Flows
31. Weights Matrices - Commute Flows
32. Weights Matrices - Commute Flows
33. Weights Matrices - Commute Flows
34. Outline
35. Data Sources
36. Data Sources
37. Data Source
38. Data Sources
39. Data Sources
40. Data Sources
41. Data Sources
42. Study Areas
43. Study Areas
44. Study Areas
45. Outline
46. Using pySAL
47. Run Times
48. Run Times
49. Run Times
50. Run Times
51. Outline
52. Over view
53. Over view
54. Over view
55. Over view
56. Over view
57. Over view
58. Over view
59. Over view
60. Outline
61. Spatial Neighbors (Binar y)
62. Commute Neighbors (Binar y)
63. Spatial Neighbors (Binar y) vs. Commute Neighbors (Binary)
64. Spatial Neighbors (Binar y) vs. Commute Neighbors (Binary)
65. Intra-MSA Correlation - Spatial vs Commute Neighbors
66. Intra-MSA Correlation - Spatial vs Commute Neighbors
67. Outline
68. Commute Volume (Continuous)
69. Commute Volume (Continuous) vs. Commute Neighbors (Binar y)
70. Commute Volume (Continuous) vs. Commute Neighbors (Binar y)
71. Intra-MSA Correlation - Commute Volume vs. Commute Neighbors
72. Intra-MSA Correlation - Commute Volume vs. Commute Neighbors
73. Commute Volume (Continuous) vs. Commute Neighbors (Binar y)
74. Commute Volume (Continuous) vs. Commute Neighbors (Binar y)
75. Intra-MSA Correlation - Commute Volume vs. Commute Neighbors
76. Intra-MSA Correlation - Commute Volume vs. Commute Neighbors
77. Outline
78. Standard Deviation Commute Volume (Residence)
79. Standard Deviation Commute Volume (Work)
80. Standard Deviation Residence vs. Work
81. Standard Deviation Residence vs. Work
82. Conclusion
83. Conclusion
84. Conclusion
85. Conclusion
86. Acknowledgments
87. Acknowledgments
88. Acknowledgments
89. Questions