Research Article
Hybrid Random Regret Minimization and Random Utility Maximization in the Context of Schedule-Based Urban Rail Transit Assignment
Table 1
Typical researches on transit assignment problem.
| Literature | Research subject | RRM/RUM/Hybrid | Schedule based | Capacity constraint | Smart card data |
| Schmöcker et al. [12] | underground network | RUM | × | √ | √ | Leurent et al. [14] | bus transit network | RUM | × | √ | × | Zhang S et al. [13] | feeder bus service | RUM | × | √ | × | Tong et al. (1998) | urban rail transit | RUM | √ | × | √ | Poon et al. [23] | bus transit network | RUM | √ | √ | × | Hamdouch et al. [22] | bus transit system | RUM | √ | √ | × | Nuzzolo et al. [28] | bus transit system | RUM | √ | √ | × | Han B et al. [29] | urban rail transit | RUM | √ | √ | √ | Chorus et al. [32, 37] | bus transit system | RRM | × | × | × | Chorus et al. [38] | bus transit system | Attributes level hybrid | × | × | × | this paper | urban rail transit | Attributes level and decision level hybrid | √ | √ | √ |
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Note. RUM: random utility maximization; RRM: random regret minimization.
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