SMART environment control in virtual and mixed reality based on cognitive user abilities

M. Sivý, B. Sobota, Š. Korečko, M. Hudák
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引用次数: 2

Abstract

This paper focuses on the description of the interface design of a backend server and the design implementation of a user interface suitable for the visualization of virtual and real objects/appliances controlled in a SMART environment, for example in the home, with regard to the cognitive abilities of the user. Client applications will be able to use the REST API and communicate through this API using requests, use implemented logic, and store objects and their states in the database. The server is deployed in the cloud to be accessible outside the local network. The solution is universal and offers a generic standard to support different types of appliances using a generic form. Task scheduling is also an important function. In virtual reality, it is possible to quickly test the cognitive abilities of the user and thus adapt the user interface to his needs.
基于认知用户能力的虚拟和混合现实智能环境控制
本文重点描述了后端服务器的界面设计,并设计实现了一个适合于在智能环境中(例如在家中)控制的虚拟和真实对象/设备的可视化的用户界面,考虑到用户的认知能力。客户端应用程序将能够使用REST API,并通过该API使用请求进行通信,使用实现的逻辑,并在数据库中存储对象及其状态。服务器部署在云中,可以在本地网络外访问。该解决方案是通用的,并提供了一个通用的标准来支持使用通用表单的不同类型的设备。任务调度也是一个重要的功能。在虚拟现实中,可以快速测试用户的认知能力,从而使用户界面适应他的需求。
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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