ABSTRACT For this study, various operational and junk satellites dataset are studied to design an interactive interface. This complex time-dependent data is suitable for researching novel cartographic visualization approaches because they challenge the existing practices. This research aims to optimize the cartographic visualization of satellites and their orbits. Additionally, the cartographic interactions and user-friendly interface design required for the preparation of an interactive map have been explored. For this purpose, a prototype of an interactive real-time web map has been developed, taking the user-centered design workflow (Needs Assessment – Prototyping – Implementation – Deployment - Maintenance), data management, and interactions (Pan and Zoom, Retrieve, Search and Filter, Overlay). The utility and usability of a map are checked with the help of a user study consisting of pre-test and post-test questionnaires. The pre-test questionnaires will help to understand the user’s general background. The post-test questionnaires will help to understand the experience of the user while using the application.     «

ABSTRACT For this study, various operational and junk satellites dataset are studied to design an interactive interface. This complex time-dependent data is suitable for researching novel cartographic visualization approaches because they challenge the existing practices. This research aims to optimize the cartographic visualization of satellites and their orbits. Additionally, the cartographic interactions and user-friendly interface design required for the preparation of an interactive map ha...     »