The Istanbul Sabiha Gokcen Airport Has Now A Passenger Flow Management System

The Istanbul Sabiha Gokcen airport now has a passenger flow management system for the smooth and efficient operation of the airport. The system is based on real-time passenger flow management and is intended to address passengers’ complaints. One of the main tasks this system performs is preventing overcrowding in areas where passengers are waiting for their gates. One of the main tasks this system performs is preventing overcrowding in areas where passengers are waiting for their gates. In airports with many passengers and different arrival and departure times, these problems are caused by the chaotic flow of passengers. This system can adapt the operation of an airport to the number of passengers already online to reduce congestion.

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1. Sabiha Gokcen International Airport 

The Sabiha Gokcen International Airport is located in the Sirkeci district of Istanbul, Turkey. It is the second busiest and second oldest international airport in the country, after Ataturk International Airport. The airport mainly serves domestic and regional flights, but some international services are available at Sabiha Gokcen Airport. The airport is served by Sabiha Gokcen International Airport, Sirkeci, and Sabiha Gokcen Airport, Istanbul.

2. Passenger Flow Management System 

The passenger flow management system is used to manage passenger demand in large, crowded facilities. The system uses information collected by surveillance equipment, such as monitors and cameras to determine where bottlenecks may occur and reduce unwanted congestion. The information is used to direct passengers toward less congested areas. Furthermore, it uses a large amount of data analysis and predictive tools to anticipate the passenger flow. A passenger flow management system aims to improve passengers’ flow and rate through a crowded space. In a busy airport, such as in Istanbul, the methods can direct passengers smoothly through security checks and waiting areas.

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How does it work?

To use the system, one must understand the data collection instruments. The data collection instruments should always have sensors monitored by a control unit. This is a computer that shows the number of passengers in each area. If many passengers are waiting in a room, it will be prioritised to direct them there. Bigger air traffic areas include: terminals, boarding gates, and ticket counters, and smaller traffic areas include rest areas, toilets, and lounge areas. Depending on the type of setup and planning of the airport, these areas will be given priority to be managed by using the system. The same method can also be used in shopping malls, amusement parks, train stations, and other public areas.

How does it manage passengers?

This system can adapt the operation of an airport to the number of passengers already on line to reduce congestion. The sensor that detects the number of passengers in line sends information to a control unit, which can manage this data and distribute it to the main flow management system. Then, the main flow management system analyses this data and decides where to send more passengers based on their estimated time waiting. If the first passengers arrive at the passport control in Istanbul Sabiha Gokcen Airport, many passengers will probably wait their turn to be served. In this case, this system can adapt the operation of an airport by not sending new passengers to this line. This helps to prevent large crowds and to avoid long waiting times.

Real-Time Info And Monitoring

Most of the time, an airport has security and computer centres. The control unit of this system is located in these areas. In other words, it acts as a computer system that monitors passenger flow to a certain extent. This data can be analysed, and instructions can be given to passengers according to the number of passengers waiting for each room. Then, the passenger flow management system provides more priority to routes where many passengers are waiting for their boarding gates. This system can also help to reduce the waiting time by sending more passengers to lines where there is no longer a long length of waiting. The system can give real-time information about specific areas. They are :

  • Security check-ins
  • The luggage delivery
  • The boarding gates
  • Restaurants and cafeterias
  • Lounges and baby changing

Setting up operations in Istanbul airport 

One of the most important and successful steps for an airport is the design of its terminal, boarding gate, and passenger flow. This is because it directly affects the operation of the airport. Many passengers affect an airport operation and cause congestion or even chaos. The Istanbul Sabiha Gokcen Airport now has a passenger flow management system, which helps to avoid these problems with the real-time data monitored by sensors in different airport areas. This system was created to send passengers to less crowded areas, where they can wait for their flights in a pleasant environment. This can be done by using advanced computer systems that analyse data in large amounts and make decisions quickly.

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How will it be beneficial?

It will benefit Sabiha Gokcen airport in the future by reducing passenger complaints and flow problems. This system can identify problems by notifying them automatically, anticipating the problem’s place, and sending them there. This will be a great benefit for all airport passengers because it can prevent or solve problems with the real-time data monitored by sensors. This system can have proven benefits to Sabiha Gokcen airport in the future. It contains or solves problems with real-time data monitored by sensors and helps provide efficient and smooth passenger flow without any issues which cause passenger complaints.

This system could be one of the most important future steps in Kuwait to Sabiha Airport to reduce passenger complaints and flow. This system can identify problems by notifying them automatically, anticipating the problem’s location, and sending them there. This will be a great benefit for all airport passengers because it can prevent or solve problems with real-time data monitored by sensors. This system could have proven benefits at Sabiha Gokcen airport in the future.

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