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Abstract: Research subject. The article provides an overview of types and the principles of operation of sensors of volatiles and a possibility of their use in case of creation of the Internet of Things. Method. The system analysis of the existing sensors and the principles of their work is provided as a method of a research. Core results. The principles of action and creation of sensors of volatiles are systematized, the overview of the market and technical solutions is made. The example of integration of sensors with the Internet of Things is given. Practical relevance. The received materials can be used in case of the choice of the hardware of the systems using the distributed control of living floor space.

Keywords: Volatiles, smells, sensors, gas analyzers, electronic nose, aromasecurity, Internet of things.

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Abstract: Currently becoming more prevalent unmanned aerial vehicles (UAVs). Diversity of spheres of application involves the use of different types of UAVS. One of the most prevalent UAV are kvadrokoptery for general use. Such drones are freely sold in stores and is used mainly for video, entertainment, transportation of small cargoes and equipment. However, the increase of such UAVS in cities involves serious problems due to the likelihood of collisions with obstacles and improper management. The article describes the classification of UAV, wireless communications channels characteristics most common small UAVS for general use, as well as a review of the regulatory framework for the management of air traffic for small UAV in different countries.

Keywords: Unmanned aerial vehicles, remote control, communication, radio, kvadrokopter, regulation.

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Abstract: Testing one of the important directions in telecommunications that allow to check and assess the characteristics of the network equipment that fragments existing and planned networks. Method. The most effective tool for conducting all types of testing (compliance testing, interoperability testing, compatibility testing) is a model of the network. Core results. The authors proposed the structure of a virtual heterogeneous network model for testing equipment and applications of the Internet of things as well as equipment and application of other generations. They also considered ways of improving allocated and distributed model networks – their segmentation and virtualization.

Keywords: Model network, the Internet of Things, testing equipment, test applications, heterogeneous network.

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Abstract: Research Subject. The article presents a review and comparative analysis of technologies, LPWAN. The advantages and disadvantages of each of them. Method. For the analysis of technologies, LPWAN method chosen for comparing each of the considered technologies based on data from domestic and foreign literature, scientific articles and publications. Core results. In article the basic networkinglong range LPWAN. Comparative analysis of technical characteristics of these technologies. Practical relevance. Comparative analysis helps to identify more effective and preferable network technology LPWAN.

Keywords: Internet of Things, wireless networks, LPWAN, IoT, LoRaWAN, SIGFOX, NB-IoT, Weightless P.

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Abstract: Subject: The article is devoted to the analysis of the performance of a segment of a software-defined network. Method: As a research method was chosen a simulation model in Anylogic. Findings: As a result of the research, the conceptual queue model SDN was developed and the indicators of the time of processing messages from the intensity of data receipt and the performance of the controller were obtained. Improvements: Given the parameters of incoming requests and the functionality of the SDN controller, the network administrator has the ability to calculate the delay estimate and set the required buffer size to establish the required quality of service.

Keywords: SDN, OpenFlow, flow table, AnyLogic, simulation model, queue model.

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Abstract: Research subject. The article is devoted to the review of methods of data processing coming from various IoT devices. Method. As a researching method, article shows method of distributed data processing for the next generation of IoT systems. Core result. In the framework of this article it was shown that, using a single programming language for various modules and environments, it is possible to obtain a new enhanced service that allows rational use of resources, including machines with low performance. Practical relevance. Based on this project, it is possible to create a temporary network of sensors, consisting of modules, to prevent natural disasters or emergencies. In addition, by distributing the protection functions, it is possible to increase the safety of all the systems involved.

Keywords: Communication networks, wireless technology, methods of distributed data processing, Internet of things, influence, useful, researching methods.

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Abstract: Research subject. The article is devoted to the review of medical applications, devices and technologies of Internet communication Things. Method. As a research method, an analysis is made of existing medical devices and applications, as well as communication technologies used in mobile healthcare. Core results. During the review, the current development and prospects of the mobile devices and applications market were evaluated. Practical relevance. This review analyzes the technological capabilities of mobile medical devices, as well as the impact of these devices on users.

Keywords: Mobile healthcare, mHealth, mHealth devices, mHealth applications, Bluetooth LE, Wi-Fi, ZigBee, ANT +, 3G, 4G LTE, GPS, NFC.

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Abstract: Research Subject. The article presents a research of parameters of the shortest routes in the self-organizing networks (SON). Method. As a method of study, has been built simulation model of network structure in Mathcad using Floyd-Warshall algorithm to find routes between all nodes of network. Core results. Consider the part of transit nodes, value its dependence on network parameters, such as number of nodes, communication range and nodes density. Beside, has been given performance of network connectivity's dependence in various situations, when all or a part of nodes can be carry out function of transit nodes. Practical relevance. These results allow us to estimate the necessary structural network parameters.

Keywords: Self-organizing networks, shortest route, Floyd-Warshall algorithm, part of transit nodes, network connectivity.

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Abstract: Objective of this work is to review the concepts of Tactile Internet, its integration into existing networks. The objectives of this study are: an overview of the architecture of the tactile Internet, defining the basic technical requirements for network infrastructure with a view to its implementation, and further research; analysis and conclusions on existing cellular technologies to evaluate the State of development. Under technical requirements means: optimization methods of interaction between remote segments for processing and transmission of the "tactile" information; network security and privacy; the special characteristics of continuous time delay and high reliability and speed of the connection.

Keywords: Tactile Internet, network architecture, technology, cellular communication network of the future, minimal latency, high speed data transfer, innovation.

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Abstract: Research subject. This article examines hardware and software system bromobenzophenone, and the subject of her research are the process safety control living space of people through fixation of odors. Method. The study used General scientific and special methods, including the system approach, methods of classification, combinatorial analysis and structural design. Core results. The analysis capabilities of analog-to-digital registration techniques smells, building pervasive sensor networks and cloud computing has allowed to define the basic principles that should form the Foundation of a system of bromobenzophenone. A system built according to these principles, differs from the known physical principle of observation, focus on human security, concept of building, the use of navigation technology, system integration of all components, a control with no expensive terminals odors. These properties create new opportunities for security services for the protection of human security in many practical situations. Practical relevance. The market for bromobenzophenone are residential and public buildings, such as schools, hospitals, sports facilities, transport infrastructure or industrial facilities. Development of a system of bromobenzophenone relates to the priority area of "Security and counter-terrorism" and critical technologies of Federal level "Technologies of information, control and navigation applications" developed in Russia.

Keywords: Aromosupervision, safety, aromosecurity, sensors of smells, electronic nose, Internet of things, sensor networks, data handling, cloud computing, database.

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Abstract: Research subject. The article continues a series of articles describing various aspects of the architecture of the author's utility of computer code algorithmization. Method. The possibility of algorithmic realization of the declared functional of modules is considered. Core results. The article describes the operation principles of algorithms for the main modules of the functional architecture and their block diagrams. Practical relevance. Specify the technical details of the implemented software implementation of the utility prototype, performed according to the above algorithms.

Keywords: telecommunication devices, vulnerability search, algorithmization utility, modular-algorithmic architecture, algorithms