Maximizing the quality of service in distributed multimedia streaming in heterogeneous wireless network

In a distributed multimedia streaming, QoS plays an important role while transmitting videos from multiple servers to the client. A good QoS is required to provide videos at high resolution and to achieve better video quality, packet loss and delay have to be reduced. In this paper, combined throughput for multiple flows is proposed to increase the quality of service in distributed multimedia streaming (DMSHN). This scheme is used when the user receives the video packets from multiple servers where each connection forms a different flow. Through this scheme, the location where two or more flows combine is identified and the bandwidth in the channel is divided equally between the different flows, thereby increasing the network performance and dynamically adjusting the transmission rates of all the combined flows.

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