6 results about "Bandwidth utilization" patented technology

The invention discloses a reorganization method of media data and a group packaging server, the group packaging server comprised a data buffer unit and a data packaging unit is used to recombine the data packages. The data buffer unit is used to queue the received data packages and then send the queued data packages group to the data packaging unit, the data packaging unit is used to recombine the queued data packages group. The reorganization method of media data includes the following steps: Step A, queuing the received data packages; Step B, recombining the data packages that will be sent the same access point. The invention can effectively improve the utilization of bandwidth and downlink efficiency of media data.

The invention provides a bandwidth access apparatus and applications thereof, core of the bandwidth access apparatus is that: a video server unit is provided within the bandwidth access apparatus, the internally provided video server unit transmits the stored services to a user terminal via the bandwidth access apparatus according to a request of the user terminal. The invention lessens the bandwidth requirement of the video services to the access network and convergence network, solving efficiently the bottleneck problem of bandwidth of a backbone network and the convergence network; the invention does not have influence on design principles that the current bandwidth access network and the convergence network do not realize exchange for video services, simplifies resource management mechanism for entire access network and the convergence network and complexity for managing the resources of the access network, thus enhancing utilization rate of the network bandwidth, reducing complexity for managing the network resources and eliminating bottleneck of the video server.

The invention discloses an unmanned aerial vehicle network dynamic load balancing QoS guarantee realization method and system, a QoS scheme is subdivided into four modules, a network module and a control module are constructed by using an SDN technology, and network information management and control, especially traffic information, are realized by using the characteristic that a data plane and a control plane are separated. The queue module uses a differential service idea, configures queues by means of a TC tool to realize differentiated services, distinguishes link traffic through a DSCP field, allocates bandwidths according to different service types, and provides sufficient link bandwidths for high-speed services. The routing module considers the influence of the link bandwidth utilization rate on the QoS of the unmanned aerial vehicle, combines the bandwidth utilization rate with a shortest path algorithm, provides real-time flow information through the control module, realizes dynamic load balancing routing calculation, and reduces the occurrence of high-bandwidth occupied links. Finally, an SDN unmanned aerial vehicle network is built for simulation implementation. The result shows that QoS indexes such as the link bandwidth utilization rate, the time delay, the packet loss rate and the jitter are obviously improved.