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Table 2 Some examples among non-trivial pair

From: Route choice estimation in rail transit systems using smart card data: handling vehicle schedule and walking time uncertainties

 

Entry station

Exit station

Least transfers route

Ratio

Least distance route

Ratio

(a)

AN

AS

AN\(\rightarrow\) BC\(\rightarrow\) AS

0.98

AN\(\rightarrow\) AM\(\rightarrow\) SS\(\rightarrow\) AS

0.02

   

(1 transfer, 18 stations)

 

(2 transfers, 12 stations)

 

(b)

TP

OR

TP\(\rightarrow\) SS\(\rightarrow\) OR

0.96

TP\(\rightarrow\) BC\(\rightarrow\) AM\(\rightarrow\) OR

0.02

   

(1 transfer, 14 stations)

 

(2 transfers, 12 stations)

 

c)

CP

AE

CP\(\rightarrow\) CG\(\rightarrow\) AE

0.56

CP\(\rightarrow\) SA\(\rightarrow\) AM\(\rightarrow\) AE

0.44

   

(1 transfer, 6 stations)

 

(2 transfers, 3 stations)

 

(d)

AM

AV

AM\(\rightarrow\) SS\(\rightarrow\) AV

0.28

AM\(\rightarrow\) SA\(\rightarrow\) MP\(\rightarrow\) AV

0.01

   

(1 transfer, 6 stations)

 

(2 transfers, 4 stations)

 
   

AM\(\rightarrow\) BC\(\rightarrow\) AV

0.70

  
   

(1 transfer, 7 stations)

   

(e)

PI

CS

PI\(\rightarrow\) CG\(\rightarrow\) CS

0.11

PI\(\rightarrow\) MP\(\rightarrow\) BC\(\rightarrow\) CS

0.86

   

(1 transfer, 15 stations)

 

(2 transfers, 5 stations)

 

(f)

CS

PI

CS\(\rightarrow\) CG\(\rightarrow\) PI

0.06

CS\(\rightarrow\) BC\(\rightarrow\) MP\(\rightarrow\) PI

0.57

   

(1 transfer, 15 stations)

 

(2 transfers, 5 stations)

 

(g)

JZ

IN

JZ\(\rightarrow\) BC\(\rightarrow\) IN

0.47

JZ\(\rightarrow\) SS\(\rightarrow\) AM\(\rightarrow\) IN

0.51

   

(1 transfer, 10 stations)

 

(2 transfers, 6 stations)

 
  1. Bold values indicate larger percentage