This explosive growth is mainly caused by mobile multimedia traffic and other emerging content transmission such as popular videos and social networking services (SNS), which almost rise by a factor of 65 times [2].
Multimedia video frame compensation competition [5] and the randomness of the mobile nodes lead to the quality of multimedia transmission that is restricted by the video distortion and interference.
Mobile multimedia systems should consider mobility and handoff management when mobile devices are moving among different wireless networks.
Finally, the real-time transmission and cooperative feedback control of mobile multimedia streaming video content was proposed based on user requirements and service-driven demands.
In order to reduce the distortion rate and optimize the transmission quality of the video frame, we proposed real-time transmission and cooperative feedback control scheme of the mobile multimedia streaming video content file based on user needs and service driven, which also could improve the user experience quality and cloud platform work efficiency.
In order to provide real-time and reliable guarantee for the mobile multimedia services, we analyzed the delay, jitter, and distortion of the wireless transmission of multimedia streams based on the wavelet model.
Firstly, in order to provide real-time and reliable guarantee for mobile multimedia services, we analyze the delay, jitter, and distortion of wireless multimedia streams transmission based on wavelet model.
In particular, as mobile multimedia services are usually implemented using the UDP protocol, our architecture enables the transmission of each UDP datagram through the "most suitable" (e.g. most responsive, least loaded) NIC among those available at the time a datagram is transmitted.
On the one hand, on the basis of analyzing the delay jitter and distortion compensation of multimedia stream transmission, we give the guarantee scheme of the real-time and reliability of mobile multimedia services.
