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Development path of basic education based on 5G technology and multimedia embedded system

机译:基于5G技术和多媒体嵌入式系统的基础教育发展路径

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At the moment, the reason is given great interest, pioneering in various fields and point exposure to 5G technology in terms of e-learning. Online learning experience is about existing technology and online bachelor?s degree. The survey is about what students are offered that can be carried out with the development of 5G technology in the future just provided. For this purpose, the main multimedia application properties are considered. An analysis of the literature and numerical evaluation is obtained, compared to LTE, which is based on the performance services provided in theory and 5G analysis and simulation results. Education K-12, higher education, trying to find the best way to educate students. The increased amount of data is accepted by 5G (or delayed) due to the lower latency, which can be an excellent capability for VR or other hyper-realistic support experience. Support for embedded systems, their language and culture extends to the platform provides an interface of building blocks needed by other developers.
机译:目前,原因是令人兴趣,在电子学习方面,在各种领域开创,各种领域和点接触5G技术。在线学习经验是关于现有的技术和在线学士学位。该调查是关于所提供的学生可以在未来开发5G技术中进行的。为此,考虑主要多媒体应用程序属性。与LTE相比,获得了对文献和数值评估的分析,这是基于理论上提供的性能服务和5G分析和仿真结果。教育K-12,高等教育,试图找到教育学生的最佳方式。由于延迟较低,5G(或延迟)接受增加的数据量,这可以是VR或其他超现实支持体验的优异能力。对嵌入式系统的支持,他们的语言和文化扩展到平台提供了其他开发人员所需的构建块的界面。

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