The two-phase operation in large-scale network

It is considered decision of the problem of the remote flexing the Land (RFL) clusters simple nano-sputnikov (NS), united in network, not possessing autonomous controlling of the moving the center of the masses, and casual image distributed in given a zone of the service interval of the route of the orbit. Under given stating the reception to information from collection NS is required not only study characteristic each NS, but also consideration characteristic large-scale casual clusters of object, forming "complex network". The results are received by way of statistical modeling of the large-scale networks on square matrix. It is entered notion controlled percolation of the zone of the service, which is realized in two phases: stochastic base on the first with comparatively small concentration NS, not providing stochastic percolation, but on the second in interclusters intervals are entered by optimum image additional nanosputniks to achieve the most short percolations way through stochastic formed clusters NS under relatively low gross amount NS and minimization of the general expenses.