Adaptive qos (quality of service), mobile streaming, cloud multimedia, network and device aware, dasrc (dynamic adaptive spatial resolution control) 1 introduction one is media aware cloud, and the other is cloud. In order to stream data from a cloud to a mobile device, a coding and decoding architecture like h264/svc is necessary this architecture is an extension of the h264/avc it ensures that the same quality of video that can be obtained using h264/mpeg-4 avc design on the mobile device. Akamai adaptive media delivery delivers streaming media with a high quality viewing experience across a range of network types at varying connection speeds this powerful solution is optimized for a variety of adaptive bitrate (abr) streaming formats, including apple's hls, adobe's hds, microsoft's smooth streaming, and the mpeg-dash format. Learn more about streaming media solutions from akamai, as well as solutions for cloud service providers, application server products, and more state of the internet get insight into the latest internet trends to move your business faster forward.
Collaborative media delivery in 5g mobile cloud networks 355 the test scenario assumed a set of video streaming sessions from content server or local mmc peer to end users or to remote mmc peers. Meters and thus facilitate seamless streaming over the mobile ip network 1 introduction mobile and wireless technologies have accelerated wide-spread adoption of mul-timedia services to mobile computers in streaming applications, media streams have to be transmitted continuously, overcoming the °uctuations of network re-sources. Pengpeng ni simula research laboratory, lysaker, norway and department of informatics, university of oslo, blindern, oslo, norway ragnhild eg simula research laboratory, lysaker, norway and department of psychology, university of oslo, blindern, oslo, norway carsten griwodz simula research.
The right streaming media solution must be able to scale to meet the challenges of larger online audiences it must be able to adapt to changing network environments and deliver an optimal experience on any device. A network and device aware qos approach for cloud-based mobile streaming minla k s, reesha p u, srsiji p d msc compter science student, adhoc faculty, adhoc faculty department of computer science, available for mobile streaming and different device desires, this method could provide efficient self-adaptive multimedia.
Handoff-aware adaptive media streaming in mobile ip networks cached download links [wwwcseohio-stateedu] save to list add to collection show that the proposed scheme can provide an appropriate guidelines on buffer parameters and thus facilitate seamless streaming over the mobile ip network 1. Streaming media applications under the mobile ip networks suffer from playback disruptions resulting from handoff blackout period as well as fluctuation in the available bandwidth to overcome possible shortage of buffer, pre-buffering techniques can be adopted where the client stores sufficient part of the stream in advance.
A secured adaptive mobile video streaming and efficient social video sharing in the clouds vmanasa , mvikram scalable video coding, cloud computing, mobile networks, adaptive video streaming, social video sharing, the calms framework is a cloud assisted live media streaming service for globally distributed users. Over which the multimedia edge cloud with which mobile device communicates with this, multimedia data may be adapted accordingly, to result in an acceptable qos level when delivered to a specific mobile device the multimedia-aware cloud mainly aims on the media files in the cloud environment.
Limited bandwidth available for mobile streaming and different device desires, this study presented a network and device-aware quality of service (qos) approach that provides multimedia data suitable for a workstation unit environment via interactive.
Abstract: cloud multimedia services provide an efficient, flexible, and scalable data processing method and offer a solution for the user demands of high quality and diversified multimedia as intelligent mobile phones and wireless networks become more and more popular, network services for users are no longer limited to the home. Considering the limited bandwidth available for mobile streaming and different device requirements, this study presented a network and device-aware quality of service (qos) approach that provides multimedia data suitable for a terminal unit environment via interactive mobile streaming services, further considering the overall network environment and adjusting the interactive transmission frequency and the dynamic multimedia transcoding, to avoid the waste of bandwidth and terminal power. Handoﬁ-aware adaptive media streaming in mobile ip networks dongwook leexz, jongwon kimy, and prasun sinhaz xultrafast fiber optic research center and ynetworked media lab dep of information. 3 handoff-aware adaptive media streaming in mobile ip networks 3 (a) mobile ipv4 (b) fast handoff of mobile ipv6 fig 1 handoff latency of (a) mobile ipv4 and (b) fast handoff of mobile ipv6 a mn changes its communication channel during the scan period, it cannot communicate with its par.