The Computing Load Balancing Through the Orbital Computer Network of the Internet of Things

Ilchenko, M. E.; Narytnyk, T. M.; Prisyazhny, Vladimir; Kapshtyk, Sergii; Матвиенко, Сергей Анатольевич

doi:10.1615/telecomradeng.v79.i4.70

Cited by 3 publications

(2 citation statements)

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“…Розвиток можливостей зв'язку та збільшення кількості готових компонентів для побудови IoT систем, у тому числі з використанням супутникового Інтернет з'єднання, а також модулів для збирання таких рішень, актуалізують можливість організації взаємодії окремих елементів домашніх систем зручним для їх використання способом [1].…”

Section: вступunclassified

Організація Взаємодії Пристроїв З Доступом В Інтернет На Основі Мікроконтролерів Із Обмеженою Кількістю Ресурсів

Vdovichenko,

Perepelitsyn

2023

aktt

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The subject of study in this article and research are technologies and models of remote communication of nodes, as well as individual small-sized components of embedded IoT systems. The goal is to simplify the process of configuration by the end user of the system based on devices with the possibility of communication over Internet. The task is: to analyze the problems and requirements for the creation of IoT systems; to perform the analysis and classification of the hardware components of IoT systems; to analyze the process of the communication between individual elements of IoT system; to perform the research of the communication protocols for IoT; to analyze an existing services for organization of the communication of devices with the possibility of connection to the Internet; to propose the models of the communication of the elements of IoT system. According to the tasks, the following results were obtained. The existing ways and problems of communicating of devices with Internet connection are analyzed. Possible technical solutions and components of IoT systems are analyzed. The classification of the set of components of such IoT systems is performed. The process of selecting the components based on the set of initial requirements with taking into account the parameters of the price, the necessary efforts for customer to deploy the system and the possibility of modification of the system is proposed. The problems of creation of systems with the Internet access using cheap microcontrollers with a small program memory and taking into account the requirements of limited resources is discussed. The process of the communication of the service with the device and connected peripheral modules is described in detail. The analysis of existing protocols for communication between the service and IoT device is performed. The models that describe possible types of interaction of individual nodes are offered. Conclusions. The performed analysis allowed to classify and highlight five types of components for creation of IoT systems and to correlate their price, required efforts for installation and the possibility of modification by customer. The service for simple communication with microcontrollers with limited resources and the open source service for creation of secure smart home system with wide support of protocols are found. The practical significance of this study is the possibility to decide what a set of components is the most suitable for a specific distributed hardware system, as well as the possibility to choose the model of interaction and to choose the communication protocol with finding or creation of the service for IoT communication.

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Section: вступunclassified

Організація Взаємодії Пристроїв З Доступом В Інтернет На Основі Мікроконтролерів Із Обмеженою Кількістю Ресурсів

Vdovichenko,

Perepelitsyn

2023

aktt

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“…27. № 6 М. Ю. Ільченко, Т. М. Наритник, В. І. Присяжний, С. В. Капштик, С. А. Матвієнко ВСТУП Протягом останнього десятиріччя інтернет речей став важливою складовою частиною сучасних інфокомунікацій [12,[19][20][21]. За даними компанії Transforma Insights [12] в 2019 році загальна кількість активних пристроїв інтернету речей становила 7.6 млрд.…”

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Space infrastructure of the Internet of things. State and prospects of development

Ilchenko¹,

Narytnyk²,

Prysiazhnyi³

et al. 2021

Kosm. nauka tehnol.

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We present an overview of possibilities for existing Satellite Communication Systems utilization to provide Internet of Things Services. It is shown that existing Satellite Communication Systems provide traffic transmission for IoT Systems with Cloud Architecture. The proposals are explicated on the possibility of using Fog and Edge Computing for Satellite Communication Systems. The implementation of Fog and Edge computing in IoT Systems requires the modernization of the Low-Earth Orbit (LEO) and Geostationary Orbit (GEO) Satellite Communication Systems, and we show the ways of their enhancement. To increase the efficiency of IoT data processing and the reliability of IoT Data Storage, we propose to construct an Orbital Cloud Data Storage in GEO, which consists of several GEO Satellites - Cloud Computing Data Centers. Such a structure would require the development of methods of access providing to the Orbital Cloud Data Storage. For these purposes, our propositions include using GEO High-Throughput Satellites and satellites from the structure of LEO Satellite Communication. The issues of interaction between Orbital Cloud Data Storage and ground-based Cloud Data Processing and Storage Infrastructure are briefly considered. The orbital slots in GEO are proposed for the location of GEO Satellites - Cloud Computing Data Centers.

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Dual-Parameter Joint Temperature Error Compensation of IFOGs Scale Factor for Small Satellites

Jin,

Li,

et al. 2024

IEEE Trans. Instrum. Meas.

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The Computing Load Balancing Through the Orbital Computer Network of the Internet of Things

Cited by 3 publications

References 0 publications

Організація Взаємодії Пристроїв З Доступом В Інтернет На Основі Мікроконтролерів Із Обмеженою Кількістю Ресурсів

Організація Взаємодії Пристроїв З Доступом В Інтернет На Основі Мікроконтролерів Із Обмеженою Кількістю Ресурсів

Space infrastructure of the Internet of things. State and prospects of development

Dual-Parameter Joint Temperature Error Compensation of IFOGs Scale Factor for Small Satellites

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