Although the vast majority of GISs currently work in only two dimensions, across the plane, certain applications require the addition of other dimensions. This unit examines how time and the vertical dimension—i.e., elevation or depth—can be incorporated into GISs. It describes methods for representing phenomena in “2 ½ dimensions” as well as a full three dimensions and provides examples of when each might be applicable. The unit concludes with a discussion and examples of time dependence and representation in GIS
This unit presents an overview of concepts related to cartographic visualization. It begins with som...
Our world is three-dimensional and complex, continuously changing over time and appearing different ...
International audienceWe present the generalized space-time cube, a descriptive model for visualizat...
Although the vast majority of GISs currently work in only two dimensions, across the plane, certain ...
Although the vast majority of GISs currently work only in two dimensions, across the plane, certain...
The representations of space and time are fundamental issues in GIScience. In prevalent GIS and anal...
Real-world phenomena have traditionally been modelled in a GIS in two and three dimensions. However,...
Geographic Information Systems have had enormous advances since their inception. While early systems...
Nowadays, most of the GIS- Geographic Information Systems- available considers the entities represen...
Time geographical representations are becoming a common approach to analysing spatio-temporal data. ...
The representations of space and time are fundamental issues in GIScience. In prevalent GIS and anal...
In this article, we will focus primarily on maps. cartographic innovation in a social and technical ...
This paper presents practical importance of space-time models and creation methods in GIS environmen...
As GISystems become more mature and spatial research questions more complex, time is regarded as a c...
This paper proposes an approach for data modelling in five dimensions. Apart from three dimensions f...
This unit presents an overview of concepts related to cartographic visualization. It begins with som...
Our world is three-dimensional and complex, continuously changing over time and appearing different ...
International audienceWe present the generalized space-time cube, a descriptive model for visualizat...
Although the vast majority of GISs currently work in only two dimensions, across the plane, certain ...
Although the vast majority of GISs currently work only in two dimensions, across the plane, certain...
The representations of space and time are fundamental issues in GIScience. In prevalent GIS and anal...
Real-world phenomena have traditionally been modelled in a GIS in two and three dimensions. However,...
Geographic Information Systems have had enormous advances since their inception. While early systems...
Nowadays, most of the GIS- Geographic Information Systems- available considers the entities represen...
Time geographical representations are becoming a common approach to analysing spatio-temporal data. ...
The representations of space and time are fundamental issues in GIScience. In prevalent GIS and anal...
In this article, we will focus primarily on maps. cartographic innovation in a social and technical ...
This paper presents practical importance of space-time models and creation methods in GIS environmen...
As GISystems become more mature and spatial research questions more complex, time is regarded as a c...
This paper proposes an approach for data modelling in five dimensions. Apart from three dimensions f...
This unit presents an overview of concepts related to cartographic visualization. It begins with som...
Our world is three-dimensional and complex, continuously changing over time and appearing different ...
International audienceWe present the generalized space-time cube, a descriptive model for visualizat...