The required real-time and high-rate transfers for multimedia data severely limit the number
of requests that can be serviced concurrently by Video-on-Demand (VOD) servers …

The number of media streams that can be supported concurrently is highly constrained by
the stringent requirements of real-time playback and high transfer rates. To address this …

The required real-time and high-rate transfers for multimedia data severely limit the number
of requests that can be serviced by Video-on-Demand (VOD) servers. Resource sharing …

Providing video streaming users with expected waiting times enhances their perceived
quality-of-service (QoS) and encourages them to wait. In the absence of any waiting-time …

Volume rendering by ray casting is computationally expensive. For interactive volume
visualization, rendering must be done in real time (30 frames/s). Since the typical size of a …

Several multimedia applications use video-on-demand (VOD) as basic technology. In a VOD
system the number of concurrent video streams a server can support are limited by available …

The integration of computers and communications is able to automate storage, processing
and transportation of information. Video information is considered most bulky as it needs …

Providing video streaming users with expected waiting times enhances their perceived
quality-of-service (QoS) and encourages them to wait. In the absence of any waiting-time …

This paper summarizes the main contributions of the Wayne State University Computer
Systems and Deep Learning Lab in the areas of the design of multimedia systems [35, 32 …

The number of video streams that can be serviced concurrently is highly constrained by the
required real-time and high-rate transfers of multimedia data. Resource sharing techniques …