up206a final presentation feng zhu, mar/19/2012
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Study of Transit Corridors Based on Goldline in LA. UP206A Final Presentation Feng Zhu, Mar/19/2012. Research Purpose (1) —Midterm Compare travel behavior changes before and after the opening of Goldline .( From 2000 to 2010). Finding: - PowerPoint PPT PresentationTRANSCRIPT
UP206A Final Presentation Feng Zhu, Mar/19/2012
Study of Transit Corridors Based on Goldline in LA
Research Purpose(1)—MidtermCompare travel behavior changes before and after the opening of Goldline.(From 2000 to 2010)
Finding:After the opening of GL, there was slight decrease of Auto-
dependence and commuting time within station surrounding areas from 2000 to 2010.
Research Purpose(2)—FinalPlan Bus Transit Routes connecting critical transit nodes in Goldline and surrounding areas, comparing service efficiency of different routes.
Goldline
Transit Node Bus Rapid RouteMain Bus Stop
Three Steps Use Service Area Analysis to find important transit nodes along Goldline.
Use Hot Spot Analysis to calculate Transit Need Index nearby, and Geocoding main bus stops.
Use OD Cost Matrix and Closest Facility Analysis to plan Bus Rapid Routes, comparing service efficiency in Buffer area along routes.
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Population in 15 minutes walking distance from Goldline station(1)Union Station:136,138(2)Highland Park:51,319(3)lake:72,710
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Four Factors Influence Transit Need
Population Density
Household Income
% of Under 18 and Above 65 Years
% of No Car Family.
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Hot Spot Analysis (Map Algebra) Population Density(Person/Sq miles)(1)<10000=1, (2)10000~15000=2, (3)15000~20000=3, 20000~30000=4, (4)>30000=5 Household Income(1)<30000=4, (2)30000~50000=3, (3)50000~100000=2, (4)>100000=1 % of Under 18 and above 65 Years(1) <15=1, (2)15~25=2, (3)25~40=3, (4)>40=4 % of No Car Family(1) <5=1, (2)5~15=2, (3)>15=3
Transit Need Index=Population Density + Household Income + % of Under 18 and Above 65 Years + % of No Car Family
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Modeling Process
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Five Points Address
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Geocoding
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Metadata Definition for the Original Data
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Step1:Find Nodes Step2:Calculate Transit Need Index Step3:Compare Bus Routes
Conclusion After the opening of GL, there was slight decrease of Auto-
dependence and commuting time within station surrounding areas from 2000 to 2010.
Three Goldline Nodes and Five Transit Need Areas need to be connected by Mass Transit, the most important is from West of LA Downtown to Union Station.
Skills(1)Inset Map, (2)Point graduated symbol, (3)Creating indices, (4)Attribute sub-sets selection, (5)Boundary sub-sets selection, (6)Geoprocessing, (7)Buffering, (8)Custom shapefile creation, (9)Charts, (10)Hotspot analysis, (11)Geocoding, (12)Network Analysis
Data Source(1)U.S. Census Bureau:2000 SF3 Sample Data,2010 ACS 5-year estimates. (2)Metro Developer
Question?