This paper proposes a practical Multicast approach over Optical Packet Switching (MOPS) ring topology.
We demonstrate a switch fabric architecture that allows multicasting and broadcasting and record fast channel access in the nanosecond range.
Mobile network operators today need to deliver new types of multimedia content, such as 360° video, to an ever-growing population of users.
A new technique for real-time processing of arbitrary optical signals is proposed and experimentally demonstrated.
We examine the possibility of using a Large-Scale Antenna System (LSAS) as a multicast system, which provides distinct broadcast programs simultaneously to different groups of user terminals.
Applications that benefit from multicast are now being deployed over 3G wireless data networks.
Applications that benefit from multicast are now being deployed over 3G wireless data networks.
Multicast is an efficient means of transmitting the same content to multiple receivers while minimizing network resource usage.
Collaboration infrastructures are gradually coming of age, supporting real-time audio and video with a mixture of network core and edge based techniques to enable large-scale, multi-party communica
A closed-loop (demand-driven) approach towards video-on-demand services, called multicast with caching (Mcache) is discussed in this paper.
