ONLINE VISUALISATION OF HIKING ACTIVITIES

Ravi PANDEY

Master's thesis

Online visualization of hiking activities

Abstract:

The main objective of the master thesis is to develop web-based tourism application that harnesses the potential of web-based geographic information systems (GIS) to enhance outdoor leisure experiences. The app is specially designed to help hikers plan tours based on their personal preferences and requirements. It contains a comprehensive range of information on hiking routes, public transport, parking, attractions, viewpoints and restaurants, all accessible through a user-friendly and interactive interface. The application is developed using Node.js and the ArcGIS API (ArcGIS Maps SDK for JavaScript), which requires a significant level of programming skills, as well as knowledge of data science and database administration. Node.js is a popular back-end development platform, and the ArcGIS API is a powerful tool for geospatial mapping and analysis. Together, these technologies provide a solid foundation for the development of web-based GIS applications, such as the hiking application described in this research. One of the main advantages of the application is that it is based on an open-source platform, which means that it is accessible to both users and developers. This availability ensures that the app can be updated and expanded over time as more trails and outdoor destinations are added to the database. In addition, the app uses 3D scene design to offer users a visually pleasing and immersive experience. The study area for this application is the Nockstein and the Gaisberg in Salzburg, Austria. However, the app has the potential to expand globally, covering trails in different parts of the world. This hiking application is a testament to the potential of web-based GIS and a valuable resource for hikers looking to explore new trails and outdoor destinations. With this app, hikers can plan their hikes more efficiently, discover new trails, and enjoy safer, more enjoyable outdoor experiences.

Abstract:

The main objective of the master thesis is to develop web-based tourism application that harnesses the potential of web-based geographic information systems (GIS) to enhance outdoor leisure experiences. The app is specially designed to help hikers plan tours based on their personal preferences and requirements. It contains a comprehensive range of information on hiking routes, public transport, parking, attractions, viewpoints and restaurants, all accessible through a user-friendly and interactive interface. The application is developed using Node.js and the ArcGIS API (ArcGIS Maps SDK for JavaScript), which requires a significant level of programming skills, as well as knowledge of data science and database administration. Node.js is a popular back-end development platform, and the ArcGIS API is a powerful tool for geospatial mapping and analysis. Together, these technologies provide a solid foundation for the development of web-based GIS applications, such as the hiking application described in this research. One of the main advantages of the application is that it is based on an open-source platform, which means that it is accessible to both users and developers. This availability ensures that the app can be updated and expanded over time as more trails and outdoor destinations are added to the database. In addition, the app uses 3D scene design to offer users a visually pleasing and immersive experience. The study area for this application is the Nockstein and the Gaisberg in Salzburg, Austria. However, the app has the potential to expand globally, covering trails in different parts of the world. This hiking application is a testament to the potential of web-based GIS and a valuable resource for hikers looking to explore new trails and outdoor destinations. With this app, hikers can plan their hikes more efficiently, discover new trails, and enjoy safer, more enjoyable outdoor experiences.

Keywords

hiking, visualisation, trials, simulation, web-app, ArcGIS API, Node.js

Language used: English

Date on which the thesis was submitted / produced: 24. 5. 2023

Thesis defence

• Supervisor: RNDr. Rostislav Nétek, Ph.D.

Palacký University Olomouc

Faculty of Science

Master programme / field:
Geoinformatics and Cartography / Geoinformatics and Cartography