Abstract
At present, the complex nature of the impact on the ecosystem in regions with intensive mining creates a multidimensional information “plume” consisting of data on mineral reserves, the state of mining operations, accumulated, current and future environmental pollution. The transition to the lean use of the subsoil and the reasonable disposal of mining waste requires fundamentally new forms of environmental information accumulation and processing during designing new enterprises and regulating the activities of existing ones. The most promising form of information support for the greening of mining is a geoportal. It is a complex of software and technological support for working with spatial data. Its key task is to provide the users with tools and services for storing and cataloging, publishing and loading spatial and environmental data, searching and filtering by metadata, interactive web visualization, direct access to geodata based on map web services.
Highlights
Introduction- development of systems based on the principles of artificial intelligence and assuming automated processing of spatial heterogeneous information to obtain new knowledge and rules
Its key task is to provide the users with tools and services for storing and cataloging, publishing and loading spatial and environmental data, searching and filtering by metadata, interactive web visualization, direct access to geodata based on map web services
The development of cloud technologies and artificial intelligence systems today makes it possible to combine these different directions within geoportals that ensure the integration of heterogeneous data and computational manipulations with them, allowing the creation of fundamentally new information and computing systems that provide the user with the necessary knowledge, types of services in selected area
Summary
- development of systems based on the principles of artificial intelligence and assuming automated processing of spatial heterogeneous information to obtain new knowledge and rules. The development of cloud technologies and artificial intelligence systems today makes it possible to combine these different directions within geoportals that ensure the integration of heterogeneous data and computational manipulations with them, allowing the creation of fundamentally new information and computing systems that provide the user with the necessary knowledge, types of services in selected area
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