无线网络环境下Youtube流媒体视频服务质量分析Uin Sunan Kalijaga科技学院

Asep Wishnu, B. Sugiantoro
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引用次数: 3

摘要

印尼互联网用户数量的不断增长,使得用户数量不断增加,尤其是Youtube服务上的视频流媒体。这一增长是基于快速的技术发展,尤其是使用无线或无线互联网接入的PC、笔记本电脑和智能手机。通过无线网络使用流式视频与有线网络不同,因为无线网络的特性与有线网络相比是有限的,流式视频传输的特性需要与传统文本和数据传输不同的处理。作为实现最佳互联网网络服务努力的第一步,应用行动研究这一研究方法通过利用360p、480p和720p的视频质量。在测试阶段,使用wireshark和NetTools分析了QOS参数,包括延迟、抖动、吞吐量、丢包和带宽。对流媒体视频使用QoS的分析结果表明,UIN Sunan Kalijaga理工学院的无线网络服务性能仍然不是最大的,尤其是在480p质量的视频上,该视频具有20ms的延迟和抖动质量水平ms。根据TIPHON的-0.0269,无线网络服务的性能非常好。吞吐量为0:55 MBps吞吐量,百分比为3%,数据包丢失值为28%,如果它被TIPHON标准化坏分类,则该值属于该类别。对于所使用的平均带宽,其值为329714bps。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analysis Of Quality Of Service (Qos) Youtube Streaming Video Service In Wireless Network In The Environment Faculty Of Science And Technology Uin Sunan Kalijaga
The growing number of internet users in Indonesia, making the number of users increasing especially video streaming on Youtube service. This increase is based on rapid technological developments, especially PCs, Laptops and Smartphones that use wireless or wireless internet access. The use of streaming video over wireless networks is different from cable networks Because The characteristics of wireless networks are limited Compared to wired networks, and the characteristics of streaming video transmissions that require different handling than traditional text, and the data transmissions. As a first step towards Achieving an optimum Internet network service effort, Applies Action Research This research method by utilizing video quality with 360p, 480p, and 720p. The QOS parameters Analyzed Consist of delay, jitter, throughput, packet loss and bandwidth using wireshark and NetTools for the testing phase. The results of analysis using QoS for streaming video shows the performance of wireless network services at UIN Sunan Kalijaga, Faculty of Science and Technology is still not maximal especially on video with 480p quality, that has a 20 ms delay and jitter quality level ms According -0.0269 to TIPHON is very good. The amount of throughput is 0:55 MBps throughput and the percentage is 3% and the packet loss value is 28%, if it is Categorized by TIPHON standardization bad this value falls into the category. For the average bandwidth used is 329 714 bps value.
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