Design guidelines for designing effective mobile pedestrian navigation systems
Author's Profile
Tony S Wang, PhD
brianervinmamaril@gmail.com
Queensland University of Technology
Wang's Works
Design guidelines for designing effective mobile pedestrian navigation systems
This thesis presents an investigation on effective design of mobile pedestrian navigation systems by conducting three field study experiments. It looked into the aspects of personalisation, navigation efficiency, user interactions, and navigation performance, in order to propose a set of design guidelines that can be used for future studies and developments.
Abstract: This thesis presents an investigation on effective design of mobile pedestrian navigation systems by conducting three field study experiments. It looked into the aspects of personalisation, navigation efficiency, user interactions, and navigation performance, in order to propose a set of design guidelines that can be used for future studies and developments.
Related Resources
Author's Profile
Xue Wang
brianervinmamaril@gmail.com
Queensland University of Technology
Wang's Works
Feasibility and Challenges in Microgrids for Marine Vessels
Due to the development of distributed generation (DG) and power management technologies, an islanded marine power system, namely microgrid in marine, becomes a promising option for marine power systems and gains an increase in research interest. Microgrid solution provides integration of... Read More
Due to the development of distributed generation (DG) and power management technologies, an islanded marine power system, namely microgrid in marine, becomes a promising option for marine power systems and gains an increase in research interest. Microgrid solution provides integration of...
Author's Profile
Richard Trembinski
brianervinmamaril@gmail.com
Queensland University of Technology
Trembinski's Works
The Feasibility of Using Computational Electromagnetic Modelling for the Study of Backscatter from Marine Ice
Current marine navigation radars are capable of high-resolution imagery of marine ice but are not able to classify the marine ice. Classifying marine ice means identifying the ice as first-year ice, multi-year ice or glacier ice. The latter two ice types are as hard as concrete and capable of... Read More
Current marine navigation radars are capable of high-resolution imagery of marine ice but are not able to classify the marine ice. Classifying marine ice means identifying the ice as first-year ice, multi-year ice or glacier ice. The latter two ice types are as hard as concrete and capable of...