As main applications, we consider the approximation and analysis of scalar functions on both 3D shapes and volumes in graphics, Geographic Information Systems, medicine, and bio-informatics.
The industries were software, biotechnology, electronics, graphic communications and information systems.
The chapter continues with a review of practical issues of computer-assisted map creation using graphic and geographical information systems (GIS) software.
Our results imply that some graphic information visualization displays for ERP systems can increase the probability of a successful implementation and enhance the capabilities of the human operators.
The industries were biotechnology, computers, electronics, health-care information systems, and graphics.
This connection allows the development of a new tire in data management, establishing a permanent relation between graphic information (handled by a CAD system), and non graphic information (handled by a database manager).
The terrain surface simplification problem has been studied extensively, as it has important applications in geographic information systems and computer graphics.
Big companies and even small and medium enterprises have their own information systems, which deliver sales reports, graphics, statistics, and forecasts.
One common application for vector graphics in general, and SVG specifically, is in geographic information systems (GIS).
The facsimile telegraph was perfected in the 1930s and was widely used for sending photographs and other graphic information over telephone and telegraph lines in an analog transmission system.
We studied the use of two types of graphic information visualization to support human operators performing tasks using enterprise resource planning systems (ERP).
