This thesis was a step forward in extracting valuable features from human's movement behaviour in terms of space utilisation based on Media-Access-Control data. This research offered a low-cost and less computational complexity approach compared to existing human's movement tracking methods. This research was successfully applied in QUT's Gardens Point campus and can be scaled to bigger environments and societies. Extractable information from human's movement by this approach can add a significant value to studying human's movement behaviour, enhancing future urban and interior design, improving crowd safety and evacuation plans
A EU-funded project GeoPKDD develops methods and tools for analysis of massive collections of moveme...
A new method to analyze the spatio-temporal activities of humans based on the symbolic information t...
Pedestrian Microsimulation is used to design and evaluate the circulation of pedestrians in building...
Using Media-Access-Control (MAC) address for data collection and tracking is a capable and cost effe...
Understanding and modeling the way humans move in urban contexts is beneficial for many applications...
Location is a key element of many processes and activities, and the understanding of human movement ...
Researchers can use kernel density estimation to analyze spatiotemporal data from mobile devices to ...
While urban design and planning focuses strongly on actor-oriented and user - oriented design and pl...
Human mobility is important for understanding the evolution of size and structure of urban areas, th...
Recent advances in tracking technologies result in geographic information representing the movement ...
The quantity and quality of spatial data are increasing rapidly. This is particularly evident in th...
Urbanisation in this fast-paced world although possessing some lucrative advantages causes some seri...
The study and analysis of human mobility patterns and their relationship with the environment can pr...
The quantification of human movements is very hard because of the sparsity of traditional data and t...
Movement is the driving force behind the form and function of many ecological and human systems. Ide...
A EU-funded project GeoPKDD develops methods and tools for analysis of massive collections of moveme...
A new method to analyze the spatio-temporal activities of humans based on the symbolic information t...
Pedestrian Microsimulation is used to design and evaluate the circulation of pedestrians in building...
Using Media-Access-Control (MAC) address for data collection and tracking is a capable and cost effe...
Understanding and modeling the way humans move in urban contexts is beneficial for many applications...
Location is a key element of many processes and activities, and the understanding of human movement ...
Researchers can use kernel density estimation to analyze spatiotemporal data from mobile devices to ...
While urban design and planning focuses strongly on actor-oriented and user - oriented design and pl...
Human mobility is important for understanding the evolution of size and structure of urban areas, th...
Recent advances in tracking technologies result in geographic information representing the movement ...
The quantity and quality of spatial data are increasing rapidly. This is particularly evident in th...
Urbanisation in this fast-paced world although possessing some lucrative advantages causes some seri...
The study and analysis of human mobility patterns and their relationship with the environment can pr...
The quantification of human movements is very hard because of the sparsity of traditional data and t...
Movement is the driving force behind the form and function of many ecological and human systems. Ide...
A EU-funded project GeoPKDD develops methods and tools for analysis of massive collections of moveme...
A new method to analyze the spatio-temporal activities of humans based on the symbolic information t...
Pedestrian Microsimulation is used to design and evaluate the circulation of pedestrians in building...