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Enhanced Server-Client Framework for Optimizing QoS in Video Streaming Over Diverse Networks |
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PP: 61-73 |
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doi:10.18576/amis/190106
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Author(s) |
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Samiayya Duraimurugan,
P. Jesu Jayarin,
Suleiman Ibrahim Mohammad,
N. Hariprasad,
Asokan Vasudevan,
Eddie Eu Hui Soon,
Abdelrahman H. Hussein,
Muhammad Turki Alshurideh,
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Abstract |
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| Traffic on the transmission channel has rapidly increased due to the exponential inflation in the number of users and their availability on the internet for a range of applications, such as video on demand (VoD), video streaming, and e-learning. Video service providers are taking much care in sending the video packets at a faster rate to ensurenice service quality for the customer; also, the presence of traffic in the transmission channel makes the provision of uninterrupted video streaming services with minimum delay and minimum packet loss a daunting proposition. When it comes to QoS characteristics like playout delay at start and end, delivery ratio, and throughput for various data rates, buffer sizes, bandwidth, and the number of failed servers, the performance of the suggested framework is compared with the present architecture.NS2 Simulator is used to simulate the proposed work. According to the experimental findings, the end-to-end latency and delivery ratio for changing data rates have decreased by 10% and increased by 10%, respectively. At the same time, for varying buffer sizes, the End-to-End delay has been lowered by 12%, and the delivery ratio has grown by 7%. Additionally, the throughput has grown by 17% in terms of changing buffer sizes.
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