wORIS

wOrIS is a spatial navigation system designed for use in aviation and similar applications. It is an advanced form of spatial reasoning and mapping that enables users to navigate complex environments efficiently. The system was developed to address the limitations of traditional navigation methods in congested airspace.

wOrIS utilizes a three-dimensional spatial model to represent the environment, allowing for intuitive and rapid reconfiguration of the spatial layout. This model is segmented into abstract layers, each containing specific information crucial for navigation. By utilizing overlapping layers, wOrIS provides a comprehensive overview of the surrounding area, facilitating real-time decision-making.

The system primarily employs an Extended 3D-Taxi Map (X3DTM) as its primary navigation method, allowing the user to view and interact with a graphical representation of the spatial layout in real-time. The X3DTM enables the identification of optimal flight paths in highly congested and complex airports.

One of the key features of wOrIS is its integration with existing navigation systems, ensuring seamless compatibility with various tools and equipment. This interoperability enables the interoperability of wOrIS with numerous GNSS systems, enhancing its overall reliability and accuracy.

wOrIS has been subject to extensive testing, demonstrating improved traffic flow management capabilities. Its utilization facilitates significant reductions in jet-air traffic, as well as increases the safety of both pilots and ground personnel. By providing a more efficient means of spatial navigation, wOrIS has become a valuable tool in the development of contemporary aviation.