Simulation of IoT to Boost Services Interoperability and Lower Barriers for Things Integration (Denis Makoshenko, SECR-2018) — различия между версиями
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{{SlidesSection}} [[File:Simulation of IoT to Boost Services Interoperability and Lower Barriers for Things Integration (Denis Makoshenko, SECR-2018).pdf|left|page=-|300px]] {{----}} [[File:{{#setmainimage:Simulation of IoT to Boost Services Interoperability and Lower Barriers for Things Integration (Denis Makoshenko, SECR-2018)!.jpg}}|center|640px]] {{LinksSection}} * [https://2018.secrus.org/lang/en/program/submitted-presentations/simulation-of-iot/ Talks page on SECR site] <!-- <blockquote>[©]</blockquote> --> {{fblink|2199402136979462}} <references/> <!-- topub --> [[Категория:SECR-2018]] [[Категория:Internet of Things]] [[Категория:Автоматизированное тестирование]] {{stats|disqus_comments=0|refresh_time=2019-12-30T21:25:552021-08-31T16:36:53.444869443123|vimeo_plays=119|youtube_comments=0|youtube_plays=2}}3}} |
Текущая версия на 12:19, 4 сентября 2021
- Докладчик
- Денис Макошенко
Nowadays many appliances, machines and services assist human on day-to-day basis. What if them would have intelligence to be self-maintaining, looking for supply needed, tune their service functions for a particular consumer given current context?
The paper outlines directions for further development of global IoT towards these goals:
- scalable interoperability model between IoT Entities formulated, a particular model satisfying these requirements proposed,
- software simulation approach to IoT development outlined.
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