Transmission of Multimedia Content Between Social Networks without Reloading

Kousha Nikkar, M. Parseh, Mohammad Ebrahim Samie
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Abstract

Nowadays, while increasing variety of online social networks (OSNs), content management has become harder. The paper suggests social media pages’ managers to publish their contents, including the composition of image, video or text, only once on a OSN and then contents will simply transfer to other OSNs with an add-on software without having to re-use the internet traffic. Suggested method has more high performance than similar ones on any OSN. Also, the proposed technique makes it possible to transmit content between OSNs belonged to different companies. In this study, due to the availability of suitable facilities in both OSNs of Telegram and Instagram, an intermediary software, was implemented under the Android operating system and this action was carried out for the transmission media from the Instagram OSN to the Telegram channels or groups. This study contains three innovations than related researches. The first one is transmission content with the least usage of Internet traffic between OSNs which are not supported by one company. The next innovation is a caching software system to reduce processes of extracting contents from source OSN’s network. The third item is transmission delay time decreased sharply. As a result, the trial version has served users and managers of pages and channels, including the official Telegram channel of a TV program named "90" and a news feed named "CANNews" (the analytical aviation industry news feed). Overall, this method not only has 98.81% correct action, but also contents are fitted into the post format of the destination OSN.
在不重新加载的情况下在社交网络之间传输多媒体内容
如今,随着在线社交网络(osn)种类的不断增加,内容管理变得越来越困难。该论文建议社交媒体页面的管理人员只在一个OSN上发布一次内容,包括图像、视频或文本的组成,然后内容将通过附加软件简单地转移到其他OSN上,而不必重复使用互联网流量。建议的方法在所有OSN节点上性能优于同类方法。此外,所提出的技术使得在属于不同公司的osn之间传输内容成为可能。在本研究中,由于Telegram和Instagram的OSN上都有合适的设施,因此在Android操作系统下实现了一个中间软件,该操作是针对从Instagram OSN向Telegram频道或群组传输的媒体进行的。本研究与相关研究相比有三点创新。第一种是在没有一家公司支持的osn之间以最少的互联网流量传输内容。下一个创新是缓存软件系统,以减少从源OSN的网络中提取内容的过程。第三项是传输延迟时间急剧下降。因此,试用版服务于页面和频道的用户和管理者,包括名为“90”的电视节目的官方Telegram频道和名为“CANNews”的新闻源(分析航空业新闻源)。总体而言,该方法不仅动作正确98.81%,而且内容符合目的OSN的post格式。
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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