A multifunctional cyber-physical system for monitoring and testing remote computers in the WAN has been developed. This cyber-physical system has been built using microservice architecture. The system has used a website as a graphical interface, which in turn communicates with the main query separator, namely a web server. In addition, the database and the AES-256 encryption algorithm has been used to simplify data work, and to increase system security from external interventions.
The problem of the choice of non-cable technology on the basis of which a network for data transmission on the territory of the city of Lviv, including dense buildings and those for which the cable network is not relevant, is considered. Several basic technologies of wireless communication are considered and technology is proposed for solving this problem.
The method of packets route selection in autonomous systems within internet is proposed. The method takes into account the impact of the three criteria to select the route. Route selection is made based on the minimization of total relative deviation by three criteria.
The paper considers specifics of information resources protection in corporate networks and systems. An approach to assessing protection means is described which allows to reduce their deployment cost and adapts easily to specific needs of any organization with an allowance for specifics of its activities and business. Such an approach makes it possible to describe information resources more precisely through their characteristic vulnerabilities and resources cost. It also helps to rank the risks and information resources according to their criticality for organization activities.
According to the analysis of peculiarities of data protection in computer networks the necessity of usage of biometric data in user authentication services is founded. Adaptive method of user authentication in multilevel data protection system of computer network based on biometric data of fingerprints is introduced.
The efficient computational algorithm for optimal allocation of tasks between computers on the network has been developed. It has been designed by using dynamic programming method. The numerical example that demonstrates the effectiveness of the proposed algorithm has been solved.
This article analyzes the changes in traffic networks, obtained via Wireshark network protocol analyzer. Observations have been conducted by the following parameters: the total number of packets, the average number of packets, average packet size and average bit rate packages. The received data is used to test theoretical models.
A modified routing algorithm for computer networks is proposed. It takes into account path bandwidth path and the number of intermediate nodes.