Conversation and assurance issues play a crucial function when talking regarding to the wise grid. This paper presents opportunities of testing power framework assurance transfers and correspondence standards for smart supply. In this paper, a depiction in the Smart Grid lab hardware and the key protection devices has been presented. Further employ cases and the possibilities by dynamically setting up devices and program interaction are demonstrated. Ideas for the mix of checked and controllable decentralized vitality sources are demonstrated, and the network capacity and Quality of Services (QoS) are tested and evaluated. By implementing adaptive modulation scheme, the served users were increased by 10% at heavy Traffic Load (TL).

In this paper, the simulation of the four-beam antenna system of the centimeter range based on a mirror antenna, whereas the central frequency of the working range was considered 10 GHz. Besides, the comparative analysis was conducted for various antenna systems. Also, the terraced arrangement of four irradiators (feedhorns) was used in a reflector antenna because it showed an improvement in the energy characteristics compared to a flat design. The simulation of a two-mirror antenna presented decreasing in the directional coefficient and increasing in the level of side lobes as result of multipath using case.

A mathematical model of the process of real time traffic transmission in the packet-switched telecommunications network channel is based on the exponential distribution of the moments of initial communication and the duration of real-time flow transmission. The use of the proposed model allows for the investigation of the results of the simulation the process of dynamically changing the traffic intensity in real time of the channel of a packet-switched telecommunications network.

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