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We also show the performance assessment of the proposed event matching algorithm in cloud-based IPTV video surveillance scenario and compare with various state-of-the-art approaches.
Specifically, we show that the cloud model overlooks important architectural aspects of the network and may drastically overstate the benefits of P2P technology. This paper studies the conditions under which peer-to-peer (P2P) technology may be beneficial in providing IPTV services over typical network architectures.
In the IPTV or OTT, there is a list of most commonly used TV services. Google entered the best IPTV service providers list with YouTube TV. In spite of the best-effort quality of service (QoS) of the Internet, IPTV service providers have yet to deliver the same or better user quality of experience (QoE) than traditional TV technology.
In order to proactively deliver optimum user Quality of experience (QoE), providers and IPTV application developers need to identify network bottlenecks in real time and assess their impact on the audio and video quality degradation. Consequently, they need to understand and balance the trade-offs involved with various factors that affect IPTV deployment (shown in Figure 1).

The primary factors are: user (video content, display device), application (codec type, encoding bit rate), and network (network health, router queuing discipline) factors.

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