Public transport forms the basis of sustainable and efficient transport systems of modern cities. However, rapid population growth and increasing transportation demand pose challenges for public transportation management. At this point, the GTFS (General Transit Feed Specification) format comes into play and contributes to overcoming these difficulties. GTFS plays an important role in digital transformation by standardizing public transport operators' data.
GTFS is a data standard used in public transport systems. GTFS, known as the General Transit Feed Specification for short, enables public transport operators to present essential information such as routes, stops, timetables, and other relevant data in a standardized format. This standard format facilitates the coherent sharing and processing of public transport data between different systems.
In this article, we will explore why the GTFS format is important in public transport.
Better Planning and Collaboration:
The GTFS format provides standardized and compliant sharing of public transport data. This facilitates data sharing between public transport operators and helps build integrated transport networks. By using the GTFS format, transportation planners can ensure effective collaboration between different modes of public transportation. At the same time, it contributes to the creation of an integrated transportation network by sharing data between public transportation companies in different cities.
Real Time Information:
The GTFS format enables public transport operators to provide real-time information to passengers. Passengers can easily track bus or train times, route changes and delays. In this way, passengers can better plan their trips, minimize waiting times and access up-to-date information about their trips. The fact that the GTFS format provides real-time information makes the public transport experience more positive and user-friendly.
Advanced Application and Services:
The GTFS format allows developers to develop innovative applications and services using transit data. Mobile apps can help travelers find the nearest stops, plan trips and make payments. GTFS data encourages the private sector to offer public transport integrated solutions, making the public transport experience easier and more user-friendly.
Conclusion:
The GTFS format is an important tool to support digital transformation in public transport management. Thanks to the standardized data format, transportation planning and collaboration become more effective, passengers can access real-time information and developers can deliver innovative services. The use of GTFS format in public transport contributes to the creation of a more sustainable, efficient and user-oriented transport system. It also facilitates travel planning by giving passengers access to real-time information. Developers can deliver user-friendly applications and services using GTFS data.
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