ABOUT THE CRITERIA OF EVALUATING THE EFFICIENCY OF THE SAFETY ENVIRONMENT OF TERRITORIAL COMMUNITIES

This scientific article concludes that there are a significant number of different methods for evaluating the efficiency of architectural objects, which can be used during the evaluation of the quality of the safety environment. Several of them were considered in the work, namely: evaluation of energy efficiency of architectural objects using the generalized Harrington desirability function, multi-criteria evaluation of the effectiveness of the architectural and planning solution of architectural objects using calculations in the Visual Basic 2010 program, a method of calculating the time of arrival of the fire brigade to the scene of an emergency and a method of optimizing architectural systems using a criterion based on the system principle of compactness. The last of the listed methods was used to calculate the efficiency of public safety centers (PSC) networks on the example of their local network within the Pisochyn united territorial community (UTC) of the Kharkiv region for the purpose of their further optimization. With the help of this approach, a method of comparative analysis of communication network options built on the system-wide principle of compactness is proposed. In addition, it is proposed to develop maps of the optimal routes for following by the services of the PSC in one or another part of their service area, which will allow to reduce the time of arrival and reduce costs for the delivery of personnel of the PSC to the scene of the incident. Also, the issue of regulatory restrictions was additionally updated, which should be based on two types of their quantitative expression: radius of service and time of arrival of PSC services at the scene of the incident. It was determined that it would be more effective to observe the quantitative parameters of the service radius of the PSC, rather than the time of the team's arrival to the scene of the incident, because they have a lower indicator, which, in turn, reduces the arrival time of the PSC services to the scene of the incident and the time of the development of the incident, reducing the damage caused as a result of its occurrence.