ABSTRACT
The security measures to prevent passengers from hijacking or destroying aircraft and to keep all passengers safe during their travel become more and more important after the "9.11" terrorist attacks. But the passengers spend much more time at the security checkpoint for their flight. For finding the bottlenecks in the security check, the author builds a service quality model to minimize the inconvenience of passengers based on the maximize security. By analysis the data about how passengers proceed through each step of the security screening process, the author uses per capita waiting time of the queue to identify where problem areas exist in the current process. Based on this, the author proposes two potential modifications to improve passenger throughput and reduce variance in waiting time. After the change, the waiting time is short obviously. Considering the cultural norms that shape the local rules of social interaction, the author needs to make a sensitivity analysis about the airport security process computer system model. By setting special crowd, it could expedite passenger throughput and reduce variance. Finally, based on the service quality model, the author proposes policy and procedural recommendations to the security managers for specific cultures and traveler types.
- Gu Y. Zheng M. Research on Dynamic Allocations of Airport Security Check Resources. (2016), 46(5), 67--72.Google Scholar
- Jiang X. X. Zhou H. Optimization Research on Process and Layout of Terminal Security Check. (2015), 45(3): 25--34.Google Scholar
- Gao, ST. Modified models about security check in airports. MSMEE 2017. (2017), 575--578.Google ScholarCross Ref
- Yang, YR. Optimizing the Throughput at an Airport Security Check Point. ICMMCT 2017. (2017), 1456.Google ScholarCross Ref
- Li, JL. Modeling and Optimizing the Process of Airport Security Checking. CMSAM 2017.(2017), 108--116.Google Scholar
- Zhou, HYR. Optimization Research on Process of Airport Security Check. ICMMCT 2017. (2017), 332--335.Google Scholar
- Zhou, HYR. Application of Erlang Queuing Model in Process of Airport ICMMCT 2017. (2017), 329--331.Google Scholar
- Huang Y. Experimental study on passive control of low velocity cavity flow. shanghai: Shanghai Jiao Tong University, (2012).Google Scholar
- Li Z. Debashis B. Hamed A. Numerical Simulation of Sidewall Effects on the Acoustic Field in Transonic Cavity. (2007), 1456.Google Scholar
- Fei R. T. The analysis and improvement of security checks[J]. ACADEMIC EXCHANGE.(2014), 185: 104--106.Google Scholar
- Jaromír Široký, Pavlína Hlavsová. Optimizing process of check-in and security check at airport terminals. MATEC Web of Conferences. (2018), 1003.Google Scholar
- Haodi Wang. The Establishment and Optimization of Airport Security Check Process Model. YAC 2017. (2017), 1026--1030.Google Scholar
Index Terms
- The Analysis and Application of Airport Security Process System Model based on Optimization
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