Software and algorithmic support for implementation of a new approach to the construction of an integrated transport network
The paper considers a new algorithm and software approach to construction and operation of urban primary 
 telecommunications networks. It assumes that the owner and operator of all cable networks in the underground part of a set-tlement is the Government Organization leasing the channels of communication to all commercial operators on a compet itive 
 basis. This approach allows saving town-planning resources while satisfying all potential subscribers by all telecommunica-tion services. In addition, all operators in this case are equal in their ability to have access to any communication service s by 
 any subscribers. 
 The author proposes an S hyper network approach to solve the problem of organizing a unified transport network (ITSS). 
 He suggests modified algorithms for finding the locations of network stations and distribution networks boundaries for each 
 type of cable lines, a neighborhood cable ducts optimization, optimal routing, selection of optimal structures of j-type cable 
 lines, determining the type and capacity of j-type communication lines, as well as optimal packing of cable lines in the asbes-tos cement pipes (conduits). Solutions unification for the design, construction and subsequent operation of ITSS running by 
 state regulator will allow regulating relationships between telecom operators, as well as improving social and economic bene-fits from the provision of various services of telecommunication networks.