SMARTCITY WIRELESS FENCE AND INTERACTIVE INFRASTRUCTURE MODEL

Nikita Moshenchenko, Bohdan Zhurakovskyi
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引用次数: 2

Abstract

This article considers the problem of the process of using robots and their control in catering establishments with the help of wireless networks, shows the main features of existing solutions in the field of robotics and networks, their advantages and disadvantages. Wireless networks for their application in robot control have been studied. The main task of wireless networks is to provide high-speed local access to services and data in a certain area, the exchange of information between users within the territory. Building wireless Wi-Fi (IEEE 802.11) networks is now in high demand due to a host of benefits. Among the main advantages of this technology are the most attractive: low cost of equipment; flexibility of equipment use; high data rate. This technology provides the ability to run a number of custom applications. The infrastructure of wireless networks is the basis on which the further implementation of custom applications is built and the support of key services for the company is provided. Such services include network management, information security and service quality assurance (QoS) mechanisms. A virtual environment with the appropriate software was configured, a network simulation was performed, and its results were recorded. This solution can be used in catering establishments. It allows to introduce new technologies into the sphere of human life and increase the profits of food business owners.
智能城市无线围栏及交互基础设施模型
本文考虑了利用无线网络在餐饮场所使用机器人及其控制的过程中的问题,展示了机器人和网络领域现有解决方案的主要特点,以及它们的优缺点。研究了无线网络在机器人控制中的应用。无线网络的主要任务是提供高速本地接入某一地区的业务和数据,在该地区内用户之间交换信息。由于许多好处,现在对无线Wi-Fi (IEEE 802.11)网络的需求很大。该技术的主要优点是最具吸引力的:设备成本低;设备使用的灵活性;数据速率高。该技术提供了运行多个自定义应用程序的能力。无线网络的基础设施是构建定制应用程序的进一步实现和为公司提供关键服务支持的基础。这些服务包括网络管理、信息安全和服务质量保证(QoS)机制。配置了具有相应软件的虚拟环境,进行了网络仿真,并记录了仿真结果。此解决方案可用于餐饮场所。它允许将新技术引入人类生活领域,并增加食品企业主的利润。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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