Sentence examples for cartographic visualization from inspiring English sources

Further research is required for crowdsourcing and gamifying the manual effort that is necessary for the post-processing and the final cartographic visualization, since uploaded routes are not visually pleasing or accurate as such.

The presented paper describes conceptual approaches to context-based cartographic visualization methods for agricultural and metrological data acquired by WSN and a portal prototype for integrated visualization.

Cartographic visualization is employed to illustrate and examine the distribution of health services in and around urban slums.

Moreover, further research should consider alternative cartographic visualizations (e.g., a popular route might fade in visibility if it is not being followed after a certain amount of time), as well as the needs of alternative users groups, such as cyclists and users with special needs.

Therefore, the county-level basemap was primarily used for cartographic visualisation.

Although technology may fundamentally change how we handle spatial information, the underlying principles of effective visualization and cartographic design remain the same.

It is being adopted for various domains of applications, including cartographic [ 3], exploratory data visualization [ 4], collaborative interfaces [ 5] and biological data [ 6, 7].

Cartographic animation has emerged as a potentially effective visualization technique that has an intuitive power in representing dynamic geographical phenomena through its ability to show interrelations amongst geospatial data's components, location, attribute and time.

When applied to geographic information, visualization refers to the procedure of creating cartographic representations [ 6], or maps, of spatial data.

This cartographic projection from fulfills all defined criteria for a good visualization.

Graphic interfaces of geoportals allow visualizing and overlaying various (visually) heterogeneous geographical data, often by image blending: vector data, maps, aerial imagery, Digital Terrain Model, etc. Map design and geo-visualization may benefit from methods and tools to hybrid, i.e. visually integrate, heterogeneous geographical data and cartographic representations.