45results about How to "Increase network bandwidth" patented technology

A scalable content delivery network (SCDN) employs a parallel download mechanism to ensure that a demanded file is present at a station in time for user consumption. This mechanism is used in solving the content caching and storage problem for applications such as video-on-demand, which is commonly perceived as a tough problem in the industry. In the network, files are divided into smaller units called tracks according to the nature of data contained in each of them. Tracks are further divided into smaller equally sized units called block files. This division builds the foundation for parallel download. A sequence server provides a lock-free mechanism for multiple threads or processes to access data atomically. The sequence server allows clients to gain sequential access to data, or to find out whether the sequence has been violated so that they can retry their operation or take corrective action. Advantages of the invention include the ability to handle distribution of large files and process sequencing.

A method and apparatus for providing network security using security labeling is disclosed. The method includes comparing first security level information and second security level information, and indicating processing to be performed on the packet based on the comparing. The first security level information is stored in a security label of a packet received at a network node, while the second security level information is stored at the network node.

Various techniques are disclosed for distributing data, particularly real-time data such as financial market data, to data consumers at low latency. Exemplary embodiments include embodiments that employ adaptive data distribution techniques and embodiments that employ a multi-class distribution engine.

Systems and methods for tracking, predicting, and mitigating Advanced Persistent Threat (APT) attacks in a network include detecting, from monitoring, events related to one or more subscribed entities, wherein the monitoring includes two or more of analyzing traffic flow, analyzing virtual currency transactions, and monitoring information related to the one or more subscribed entities on the Internet; analyzing the events to determine a likelihood of an attack on a specific subscribed entity of the one or more subscribed entities; and causing mitigation of the attack based on the determined likelihood, wherein the mitigation comprises one or more actions in the network relative to the specific subscribed entity.

The invention discloses a load balancing method of virtual machines, related equipment and a trunking system. The network performance of the trunking system can be improved after load balancing. According to certain feasible execution modes, the method includes the steps that a management node determines a plurality of virtual machines in which load balancing is needed in the trunking system; according to the network flow relation among the virtual machines, the virtual machines are integrated into at least one virtual machine cluster, so that the network flow between each virtual machine and at least one other virtual machine in the same virtual machine cluster is larger than or equal to a network flow threshold value, and the network flow between each virtual machine and any other virtual machine in the different virtual machine cluster is smaller than the network flow threshold value; migration suggestions are generated, and the migration suggestions are used for instructing all the virtual machines included in each virtual machine cluster to be migrated or hosted to the same target computational node; the migration suggestions are sent to source computational nodes hosted by one or more virtual machines included in each virtual machine cluster.

The invention relates to a system for realizing video-on-demand (VOD) and push VOD by athe cloud computing technology and a method thereof. The system consists of a group of terminal nodes, a digital rights management (DRM) front end, a service management front end and a cloud computing management front end which together form a distributed cloud computing distribution network, and the use of the VOD and the push VOD by cloud computing are realized through the interaction and the communication between amongboth the cloud computing management front end, and the service management front end and the terminal nodes as well asand the transmission and the share among all network nodes, wherein the cloud computing terminal nodes comprise a group of common terminal nodes and a group of hyperterminal nodes, the service management front end comprises a push VOD server, a VOD server, a live server and a quantum packet packaging server, the cloud computing management front end comprises an authorization management server, a content node server and a node management server, and the cloud computing network nodes comprise the cloud computing terminal nodes, the quantum packet packaging server and the content node server.

A network architecture for integrating a 4G wireless mesh network (WMN) with a 3-G network in order to effectively support multimedia communication is described. In one embodiment of the present invention, a wireless mesh network system comprises a plurality of routers each having a wireless optical interface; at least one base station having Internet backhaul and connecting to a wireless optical device; a computer media storing instructions for assigning at least one of the plurality of routers to act as an Internet gateway via said base station; wherein said assigned router and said base station communicating via a link between wireless optical interface of said assigned router and the wireless optical device connected to said base station, and said link is line-of-sight.

A HNB or Femto-Cell base-station arranged to locally re-route text based messages originating form locally residing user equipment or appliances if the destination device is also residing within the area covered by the Femto-Cell. The Femto-Cell base station may be arranged to exert a degree of autonomous control of local appliances based on rules and determine desired recipients of locally originating messages.

The present disclosure facilitates improving the operation of a cloud service by updating its configuration information and its resource requirements. The resource utilization of the cloud service can be monitored, and a decision logic module can determine whether action is required. When action is required, an update can be prepared and applied, and notifications can be generated about the condition and its resolution. Resolutions can require correlation of multiple cloud services to provide real-time access to information that is not otherwise available to a single entity. Resolutions can be learned and predicted in a number of ways using a predictive engine.

The invention belongs to the field of information processing of Internet of Things and discloses a MQTT-protocol-based screen-oriented information processing system and a realization method. The system comprises a user side, a screen terminal, a server side and Internet. The realization method includes that control and inquiry instructions of an application server are forwarded to the screen terminal for processing after being filtered by a MQTT server; a MQTT-Server server side on the MQTT server is connected with a MQTT-Client client side on the application server for sending messages and aMQTT-Client client side on a screen requesting for subscribing and processes application messages, oriented to the screen, of the MQTT-Client client side. According to the system and the realization method, a message transmission mechanism oriented to the screen based on a release/subscription mode in an environment of the Internet of Things is realized, and the bottleneck problem of service bandwidth of the Internet of Things is solved.

Aspects of an abuse detection system for a web service include an abuse detection engine executing on a server. The abuse detection engine includes a pre-processing module for aggregating a data set for processing and analysis; a suspiciousness test module for identifying suspicious content owners and suspicious users; a graphing module for finding connections between suspicious content owners and suspicious users; an analysis module for determining which groups are constituted of fraudulent or abusive accounts; and a notification generation and output module for generating a list of abusive entities and a notification for output to at least one of: the abusive entity, a digital content distribution company associated with the abusive entity, and a legal department or other entity for further investigation or action. Additionally, royalties for content consumptions associated with abusive accounts may be held. Aspects of an abusive traffic detection method enable multi-account and multi-content owner fraud detection.

The invention relates to a jamming index detecting method for a traffic intersection before signal lamps. The detecting method comprises the steps that (1) an image collecting device is used for shooting the traffic intersection before the signals lamps, and an intersection image is obtained; (2) an image processing device is used for conducting image processing on the intersection image to obtain the jamming indexes of all lanes of the traffic intersection; (3) a 3G communication device is used for sending the jamming indexes of all the lanes of the traffic intersection to a far end traffic management platform and receiving signal lamp control signals fed back by the traffic management platform; (4) based on the signal lamp control signals, a signal lamp control device used for controlling the red light duration and the green light duration of all auxiliary lamps of the signal lamps. The method further comprises the step of using a haze removing processing device to execute sharpness processing on the intersection image. By means of the jamming index detecting method, the display of the signal lamps can be controlled according to the actual jamming situation at the traffic intersection even under the serious haze weather, and thus the limited traffic resources are used to the maximum.

A method and system for delivering digital files in a peer-to-peer network comprising a plurality of nodes including at least one server is disclosed. The network includes a plurality of files that are available for accessibility by the nodes in which respective fingerprints are computed for each of the files based on content of the files. The method and system include partitioning each of the files into a plurality of file chunks, and assigning an error detecting code to each of the chunks. The file is then transmitted to a first node from at least one other node by transmitting the chunks of the file to the first node. The method and system further include computing a new error detecting code upon receipt of each chunk by the first node, and comparing the new error detecting code to the assigned error detecting code to verify that each chunk has been transmitted correctly, whereby the entire contents of the file does not have to be received before the first node discovers that the file is corrupt. In a further embodiment of the present invention, the method and system include determining the bandwidth contributed by each node that successfully transmitted a chunk of the file, and paying an owner of each node a fee based on the contributed bandwidth.

The invention relates to an SD-WAN network system and a network traffic acceleration optimization method. According to the SD-WAN network system, an SD-WAN network is connected with a public cloud area, a headquarter area, a branch area and a mobile terminal area; the public cloud area provides public cloud resource access service; the headquarter area provides headquarter resource access service;the mobile terminal area is connected with the SD-WAN network through the Internet; the branch area is connected with the SD-WAN network through the Internet; the SD-WAN network provides an optimization result according to network traffic acceleration optimization requests of the mobile terminal area and the branch area and issues the optimization result to the mobile terminal area and the branchareal; and the mobile terminal area and the branch area access the public cloud area and the headquarter area according to the optimization result. Through application of the SD-WAN network system and the network traffic acceleration optimization method, the network system has the advantages of high network bandwidth and low data packet loss rate.

The OSS provides unique and automated provisioning, activation, fallout management and monitoring of SONET and WDM networks comprising control plane mesh and traditional SONET/WDM Rings/Chains. Resource discovery and dynamic provisioning provides for increased use of network bandwidth. It is possible both all control plane networks and mixed control plane and traditional networks. Network connections or the network topology may be accomplished in a hop-by-hop manner.

A node failure recovery tool includes an interface and one or more processors. The interface is configured to receive a first portion and a second portion of state information from a first node. The one or more processors are configured to determine a time that the first portion of state information was received and store the first portion of state information and the time that the first portion of state information was received. The one or more processors are further configured to determine a time that the second portion of state information was received and start a timer, determine that the timer has expired and that the third portion of state information has not been received, and after determining that the first node has crashed, send a retrieved second portion of state information to the first node so that the first node can recover from the crash.

A PTT system comprises a plurality of terminal devices and a PTT management server interacting via a connection network. The PTT management server is configured to set up a unicast connection between the PTT management server and a source terminal device and a multicast connection between the PTT management server and a destination terminal device according to a call request from the source terminal device; and to receive an uplink media stream and transmit a downlink media stream. The unicast connection is used for transmission of the uplink media stream from the source terminal device to the PTT management server, and the multicast connection is used for transmission of the downlink media stream from the PTT management server to the destination terminal device. The present invention can implement PTT transmission of audio, image, data, etc. with a simple network structure.

The invention provides a transmitting system for transmitting data based on a separate-type antenna. The transmitting system for transmitting the data based on the separate-type antenna comprises the separate-type antenna and transmission equipment, wherein the separate-type antenna can be connected with at least one network; the transmission equipment is connected with the separate-type antenna through a cable and is used for transmitting the obtained data to the separate-type antenna, the separate-type antenna converts the data into digital signals based on each network currently connected with the separate-type antenna, the digital signals are suitable for being transmitted by the corresponding network, and the separate-type antenna transmits the digital signals to the corresponding network. As the transmission equipment and the separate-type antenna are separated, the position of the antenna can be set flexibly, the antenna is not affected by the network environment of the area where the transmission equipment is located, and the antenna can be located under the superior signal environment all the time; meanwhile, the separate-type antenna can be connected with various networks, the various networks can be bound to be used at the same time, and network bandwidth is improved greatly.

According to one embodiment, an apparatus may store a mapping of a plurality of applications to a plurality of end networks. The apparatus may receive a request associated with executing an application from the plurality of applications and determine, based at least in part upon the mapping, an end network from the plurality of end networks that participates in the execution of the application. The end network may be mapped to the application. The apparatus may then establish a connection to the end network such that communications associated with the application are directed through the connection.