Effective organization of personal data protection.

Over the past few years, computer network researchers have proposed many new congestion control algorithms for general and specific data transmission. However, most of these algorithms are completed by modelling and limited to the conditions of laboratory experiments; few of them have been practically tested in real high-performance networks. The paper solves an actual scientific problem of developing models and methods for increasing the bandwidth of distributed telecommunication systems of highly accessible cloud data storage based on new access protocols. The problems were analysed concerning the deployment and functioning of cloud data storage. The technological and functional problems were highlighted when deploying cloud data storage based on the analysis. The attention was focused on unsolvable problems of building distributed data transmission systems. A cloud data storage model was improved by presenting it as an algebraic system, which differs from the existing ones by introducing data processing methods based on session-level protocol tools into the architecture of a connected telecommunications network, which made it possible to determine and use its bandwidth more accurately and fully. The system architecture was designed based on the proposed and modelled methods to access cloud storage. Cloud storage was deployed in practice and data was exchanged. A comparative analysis was carried out of the proposed methods and the existing ones, and their effectiveness was proved. [ABSTRACT FROM AUTHOR]