Present time is characterized by wide development of different information systems. Geoinformation systems for collection, storage, analysis and graphical visualization of spatial data and related information presented in GIS objects hold specific place in this row.

Unfortunately, support of seismic risk assessment methodology is not exist in modern models of information systems designed for city planning that can be a matter for social and economic losses caused by possible earthquake.  In order to standardize these systems we have developed a structural-functional model of information systems designed for city planning and, based on an algorithm with support of original methods of seismic risk assessment. Significantly higher efficiency of the developed system compared to similar solutions is shown.

Currently, among the geo-information systems a special place is occupied by The Information Systems Designed for City Planning, organized in accordance with the requirements of the Town Planning Code.

In order to standardize such systems, we have developed a structural-functional model of The Information System Designed for City Planning. Based on this model an algorithm is offered. This allows to create information systems that meet all the specified requirements. Thus The Information Systems Designed for City Planning maintains compatibility with other software products built according to this model and corresponding algorithm, as well as a number of existing information systems.