Over the next decade, many developments in existing and new information technologies are likely to affect the ways in which the military operates. Early evidence of these trends is already available in the form of new satellite sensors, the diffusion and miniaturization of GPS receivers, greater Internet bandwidth, cheaper and larger storage, digital libraries, the growth of the WWW, palm-top and pen-based computers, wireless communication, and chemical and biological micro sensors. These technologies will provide exciting new opportunities to improve dramatically decision-making and problem solving based on geospatial information. They will also accelerate the trend of moving information technology off the desktop and into the field and into the hands of soldiers.
A technology that supports the delivery of geospatial information in the form of intelligent, interactive, and Internet-connected maps is called iMaps. iMaps differ from traditional, static geospatial products, because they are spatially aware, offer natural modes of interaction, and augment reality. iMaps integrate location sensors (e.g., GPS, gyroscope, laser) with geospatial information to provide users faster and more accurate information. Key features of iMaps are intelligent zooming and panning, adaptive orientation, task-oriented thematic display, interaction with voice and pen, real-time updates, and flexible use in terrain, vehicle, etc. This form of intelligent spatial technology requires significant advancements in information management, database technologies, and human-computer interaction. Through this linkage, we ensure that information systems get developed that respond to the needs of users and society, and that are easy to use.
This project has led to the establishment of Intelligent Spatial Technologies (IST), a small-business spin-off company based at the Target Technology Incubator in Orono.
>Last updated October 2003.
[ Geographic Databases | Spatial Database Research Group | NCGIA Maine ]