Two types of flows admission control method for maximizing all user satisfaction considering seek-bar operation

Keisuke Ode, S. Miyata
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Abstract

In recent years, the available network bandwidth is decreased by increasing the mobile devices such as a smartphones or tablets. Quality of Service (QoS) control is required to guarantee the communication quality for users of the network. As one of QoS control techniques, which judges a new arrival streaming application (=flow) can be accommodate in the network has been proposed. Conventional admission control methods that focus on the user's cooperative behaviour have been proposed. In general, some users use the video navigation tools like a seek-bar to jump to different time position because they want to watch some specific scenes. However, this conventional method does not assume the user's behaviour. In this paper, we propose an admission control to maximize user satisfaction by considering user behaviour to reduce the video time. We evaluate our proposed method by numerical analysis using queuing theory and show the effectiveness of our proposed method.
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考虑搜索栏操作的两种流量允许控制方法,以最大化所有用户满意度
近年来,由于智能手机或平板电脑等移动设备的增加,可用的网络带宽减少了。为了保证网络用户的通信质量,需要QoS (Quality of Service)控制。作为QoS控制技术之一,提出了一种判断网络是否能够容纳新到达的流应用(=流)的方法。传统的准入控制方法关注的是用户的合作行为。一般情况下,有些用户因为想观看特定的场景,会使用搜索栏等视频导航工具跳转到不同的时间位置。然而,这种传统的方法并没有假设用户的行为。在本文中,我们提出了一种允许控制,通过考虑用户行为来最大化用户满意度,从而减少视频时间。我们用排队论的数值分析来评价我们提出的方法,并证明了我们提出的方法的有效性。
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