Stochastic Optimization to Reduce Aircraft Taxi-in Time at IGIA, New Delhi

Authors

RAJIB DAS, Brainware University, KolkataFollow
SAILESWAR GHOSH, Brainware University, KolkataFollow
RAJENDRA DESAI, St. Joseph’s Institute of Management, BangaloreFollow
PIJUS KANTI BHUIN, Vyasadeva Educational and Charitable Trust, Bankura, India.Follow
STUTI AGARWAL, International School of Management Excellence, BangaloreFollow

Abstract

Since there is an uncertainty in the arrival times of flights, pre-scheduled allocation of runways and stands and the subsequent first-come-first-served treatment results in a sub-optimal allocation of runways and stands, this is the prime reason for the unusual delays in taxi-in times at IGIA, New Delhi.

We simulated the arrival pattern of aircraft and utilized stochastic optimization to arrive at the best runway-stands allocation for a day. Optimization is done using a GRG Non-Linear algorithm in the Frontline Systems Analytic Solver platform. We applied this model to eight representative scenarios of two different days. Our results show that without altering any physical infrastructure and using this stochastic simulation model, there is a potential 38.97% improvement in the average taxiing time of the arriving aircraft, assuming a constraint of simultaneous arrivals of two aircraft within a minute. A simulated run optimization technique, if applied at the IGIA, would produce huge savings in passengers’ time, additional fuel costs, and, after all, environmental degradation.

Acknowledgements

The authors are grateful to Flightradar24 for providing data on landing time and time of arrival to a parking bay which helped in calculating the taxi-in time for each arriving aircraft at the IGIA, New Delhi, and for supplying accurate data on ‘from which runway end aircraft are landing, each of their taxi routes and finding their parking stand numbers’.

Scholarly Commons Citation

DAS, R., GHOSH, S., DESAI, R., BHUIN, P. K., & AGARWAL, S. (2023). Stochastic Optimization to Reduce Aircraft Taxi-in Time at IGIA, New Delhi. International Journal of Aviation, Aeronautics, and Aerospace, 10(3). DOI: https://doi.org/10.58940/2374-6793.1832