Wireless Communication Project

Research Proposal

Name: Qiong Chen     StudentID: 15010190036 

Name: Chenpeng Xie   StudentID: 15010190016

Title: 

Priority Conversion in Ride Sharing System

Background

With the increasingly serious traffic congestion and GHG emissions, ride sharing has become a worthwhile transportation mode[1][2]. At present, there are several modes for ride sharing: one driver corresponding to one or multiple passengers, or a number of drivers corresponding to one passenger. But these three modes generally consider passengers' departure and destination as the first important level. In terms of the real-world situation, drivers may spend more time than passengers to detour for a narrow path, so these methods lack the flexibility of ride sharing and lead to some misses of possible matching.

Plan

I want to read papers list below to research the problem of ride sharing: 

[1] Goel, Preeti, L. Kulik, and K. Ramamohanarao. "Optimal Pick up Point Selection for Effective Ride Sharing." IEEE Transactions on Big Data3.2(2017).

[2] Bruglieri, Maurizio, F. Pezzella, and O. Pisacane. "Heuristic algorithms for the operator-based relocation problem in one-way electric carsharing systems." Discrete Optimization 23(2017).

[3] Ghoseiri, Keivan, A. Haghani, and M. Hamedi. "Real-Time Rideshare Matching Problem." Optimization (2010).

[4] Ota, Masayo, et al. "STaRS: Simulating Taxi Ride Sharing at Scale."IEEE Transactions on Big Data PP.99(2017).

[5] Fourie, Pieter J. "Towards a comprehensive agent-based simulation framework incorporating joint activity-scheduling and ride-sharing within households." (2012).

[6] Hou, Yunfei, et al. "TASeT: Improving the Efficiency of Electric Taxis With Transfer-Allowed Rideshare." IEEE Transactions on Vehicular Technology65.12(2016).

[7] Thaithatkul, Phathinan, et al. "Simulation approach for investigating dynamics of passenger matching problem in smart ridesharing system." Transportation Research Procedia 21(2017).

References:

[1] Agatz, Niels, et al. "Optimization for dynamic ride-sharing: A review."European Journal of Operational Research 223.2(2012):295-303.

[2] Furuhata, Masabumi, et al. "Ridesharing: The state-of-the-art and future directions." Transportation Research Part B Methodological 57.57(2013):28-46.

[3] Aissat, K, and A. Oulamara. "Dynamic ridesharing with intermediate locations." Symposium Series on Computational Intelligence IEEE, 2016:36-42.

 

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