| Length of the $i$-th route $L_i$ |
$L_1$ = 24km, $L_2$ = 10km, $L_3$ = 22km, $L_4$ = 15km |
| Total number of buses $M$ |
10 |
| Number of stations $s_i$ |
$s_1$ = 16, $s_2$ = 12, $s_3$ = 20, $s_4$ = 14 |
| Average speed of city buses $v_i$ |
$v_1$ = 30, $v_2$ = 30, $v_3$ = 35, $v_4$ = 30 |
| Coefficient of fuel cost $q_{i, k}$ |
$q_{1, k}$ = 20, $q_{2, k}$ = 20, $q_{3, k}$ = 15, $q_{4, k}$ = 20 |
|
$a_{1, 1} = a_{1, 2} = a_{1, 9} = a_{1, 10} = 30$ |
|
$a_{1, 3} = a_{1, 4} = a_{1, 11} = a_{1, 12} = 60$ |
|
$a_{1, 5} = a_{1, 6} = a_{1, 13} = a_{1, 14} = 70$ |
|
$a_{1, 7} = a_{1, 8} = a_{1, 15} = a_{1, 16} = 40$ |
|
$a_{2, 1} = a_{2, 2} = a_{2, 3} = 20$ |
|
$a_{2, 7} = a_{2, 8} = a_{2, 9} = 50$ |
|
$a_{2, 4} = a_{2, 5} = a_{2, 6} = 60$ |
| Weight given to stations $a_{i, j}$ |
$a_{2, 10} = a_{2, 11} = a_{2, 12} = 30$ |
|
$a_{3, 1} = a_{3, 2} = a_{3, 11} = a_{3, 12} = 60$ |
|
$a_{3, 3} = a_{3, 4} = a_{3, 13} = a_{3, 14} = 80$ |
|
$a_{3, 5} = a_{3, 6} = a_{3, 15} = a_{3, 16} = 1000$ |
|
$a_{3, 7} = a_{3, 8} = a_{3, 17} = a_{3, 18} = 70$ |
|
$a_{3, 9} = a_{3, 10} = a_{3, 19} = a_{3, 20} = 50$ |
|
$a_{4, 1} = a_{4, 2} = a_{4, 13} = a_{4, 14} = 22$ |
|
$a_{4, 3} = a_{4, 4} = a_{4, 11} = a_{4, 12} = 52$ |
|
$a_{4, 5} = a_{4, 10} = 65$ |
|
$a_{4, 6} = a_{4, 7} = a_{4, 8} = a_{4, 9} = 35$ |
| Ticket price $b$ |
3 |
| Time interval $\Delta$ |
5mins |
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