34 results about "Next generation broadcasting" patented technology

A peer-to-peer platform makes use of a streaming agent running at each peer. The streaming agent causes a peer to receive chunks of content from different neighboring peers, store some of the chunks in a local cache, and distribute those cached chunks to neighboring peers. Delivering next generation broadcasts (e.g., as streams of live audio and digital media) of any size utilizing the Internet is achieved. Users can view a live or prerecorded stream of a broadcast through an integrated media player, or can replay a broadcast through an integrated, intelligent archiving service. Use of the platform reduces bandwidth demands on live streaming and archiving services to a level where it is sustainable within a profitable business model to offer the services for at most a negligible fee.

The invention provides a control system for a broadcasting network, and the system comprises a control center and control node units arranged on various links of the broadcasting network, wherein the control center is used for obtaining the state information of each control node unit and monitoring the state of each control node unit according to the information and is in charge of formulating and updating a monitoring strategy and issuing the monitoring strategy to each control node unit; and the control node units are connected with the control center and are used for providing the state information of the control node units to the control center, receiving the monitoring strategy issued by the control center and monitoring data streams on the link according to the monitoring strategy. The control system disclosed by the invention can be used for monitoring the service and content of the whole NGB (Next Generation Broadcasting), and ensuring the safety of an NGB network.

The invention discloses a wireless NGB (next generation broadcasting network) system with an interactive function and an adaptive regulating method of channels. In the method, a broadcasting base station encodes and modulates program data according to channel state information, and then transmits a wireless program signal to a wireless terminal; the wireless terminal receives the wireless program signal and collects channel state information, and feeds the channel state information back to an interactive base station in a wireless signal way; the interactive base station transmits the channel state information to a broadcasting base station through a sub-system of a broadcasting backbone network; and the broadcasting base station regulates the encoding and modulating mode according to the received channel state information, encodes and modulates the program data provided by the sub-system of the broadcasting backbone network, and transmits a wireless program signal to the wireless terminal in a broadcasting or multicasting mode. According to the system and the method, channel information is fed back in an interactive mode, so that the purpose of adaptively regulating channel encoding and modulation can be achieved according to the channel information.

The present invention proposes a method for transmitting a broadcast signal. The method for transmitting the broadcast signal according to the present invention proposes a system capable of supporting a next-generation broadcast service in the environment for supporting a next-generation hybrid broadcast using a terrestrial broadcast network and an internet network. In addition, proposed is an efficient signaling method capable of covering both the terrestrial broadcast network and the internet network in the environment for supporting the next-generation hybrid broadcast.

The invention discloses a wireless automatic meter reading system based on an NGB (Next Generation Broadcasting) and a control method thereof, belonging to the field of digital information transmission and processing based on a broadcasting and television network and a short-distance wireless communication network. The system comprises an information acquiring device, an information receiving and transmitting device and an information processing device, wherein the information acquiring device is used for acquiring avometer information and transmitting the acquired avometer information to the information receiving and transmitting device; the information receiving and transmitting device is used for receiving the avometer information and transmitting the avometer information to the information processing device through a broadcasting and TV wired bidirectional network; the information processing device is used for transmitting the received avometer information to an information processing center in a network; and the information processing center performs bidirectional communication with the information receiving and transmitting device through the broadcasting and TV wired bidirectional network. In the invention, a wireless receiving and transmitting module is connected to the traditional interface of a set-top box or a digital television, and a user operation interface continues to use the conventional television interaction charging system, so that a user can inquire information on an avometer, payment, account bills and the like through the television.

The invention relates to a user interactive interface realization method for a household intelligent television gateway. After functions of a direct-broadcast television, network information, service application and the like are reasonably combined, an uniform interface is formed to be used as a platform which can exchange information with users, various icon partitions with multiple functions are displayed in an overlapping way so as to establish a novel high-efficient and simple user interactive interface which is suitable for the household intelligent television gateway under a next-generation broadcasting (NGB) three-network integration environment and to further more flexibly and effectively utilize the spatial arrangement inside the interface, so that the users can really enjoy completely new interface sense experience and service control experience of the household intelligent gateway.

The invention belongs to the field of broadcasting television network two-way transmission health monitoring, and relates to an up channel noise intelligent recognition method of a broadcasting television access network. The method comprises acquiring the real-time spectral data of the up channel of a NGB (next generation broadcasting) network; classifying the main noise of the up channel of the NGB network to thermal noise, narrow-band continuous wave interference, and wide-band pulse interference, selecting some fields from the real-time spectral data of the up channel of the NGB network, and determining the type of the main noise of each field; extracting the characteristic value of a plurality of frequency points of each field; constructing a three-layer BP (back propagation) neutral network; training the BP neutral network by using LM (levenberg-marquart) algorithm to obtain a neutral network model for intelligently recognizing the noise of the up channel of the NGB network; and effectively determining the noise type of the newly-inputted real-time spectral data of the NGB up channel by the neutral network model. The up channel noise intelligent recognition method provided by the invention has a fault diagnosis accuracy of 85% or above, and has high practical value.

The invention discloses a wave beam forming method of a next-generation broadcast television net, a system and an interacting base station, wherein the wave beam forming method comprises the following steps: the interacting base station receives channel information from a terminal and position information of the terminal; and the interacting base station sends the channel information and the position information of the terminal to a broadcast base station, so that the broadcast base station adjusts antenna parameters according to the channel information and the position information of the terminal. In the wave beam forming method, the power of a transmitter can be reduced and the receiving quality can be improved.

The invention provides a next generation broadcasting network (NGB) access network architecture system and a butt joint method of an Ethernet over coax (EOC) network management system and a business operation support system (BOSS). The NGB access network architecture system comprises a business management system, an authentication management system connected with the business management system, a call-center system connected with the authentication management system, three China national ratio (CNR) servers which are connected with the authentication management system and respective serve customer terminal equipments with the types of cable modems, personal computers and set top boxes, and a simple network management protocol (SNMP) management system which is connected with the authentication management system and used for carrying out SNMP configuration on the various customer terminal equipments; and the architecture system also comprises a butt joint management system used for taking part in the butt joint with the authentication management system so as to complete authentication, optical line terminal management equipment connected with all the CNR servers and the SNMP management system, EOC local side management equipment connected with the optical line terminal management equipment, and customer terminal access equipment connected with the EOC local side management equipment. The architecture system and the butt joint method enable all EOC access technologies to be suitable for the BOSS, thus reducing the butt joint cost and the technical risk, and reducing the access difficulty.

The invention relates to a multimedia system for an Android smart television set. The multimedia system comprises a digital television service module, a television operating system media playing module and a digital television playing module. The digital television service module is used for obtaining and storing program information relevant to digital video broadcasting flow. The television operating system media playing module is used for obtaining the program information of the digital video broadcasting flow from the digital television service module and carrying out reconstitution on the media resource locators according to the program information, wherein the program information of the digital video broadcasting flow corresponds to media resource locators transmitted through NGB-H/J application. The digital television playing module is used for carrying out data structure de-encapsulation on the reconstituted locators, and playing the digital video broadcasting flow according to the de-encapsulated data. The multimedia system for the Android smart television set integrates the playing function of digital video broadcasting into an Android multimedia system, and achieves unified call of upper layer application and unified management on various types of media playing by an Android framework layer, and can well support the media functions in radio and television standards of the next generation.

The embodiment of the invention discloses a method and terminal for acquiring an emergency event. The method comprises the following steps of: monitoring an emergency broadcast linkage descriptor in a network in real time and acquiring an update mark in the emergency broadcast linkage descriptor; according to the update mark, judging whether an emergency broadcast event described by the emergency broadcast linkage descriptor can be updated; when the emergency broadcast event can be updated, acquiring and analyzing emergency event description information in the emergency broadcast linkage descriptor; and displaying the emergency event described by the emergency event description information. The invention aims to provide the method and the terminal for acquiring the emergency event, which can be used for implementing acquisition of the corresponding emergency event from an emergency broadcast server which simultaneously faces a DVB (Digital Video Broadcasting) network, a bandwidth IP (Internet Protocol) network and combination of the DVB network and the bandwidth IP network and is used for issuing the emergency event. The information sharing of cross-platform, even internetwork is realized. The hardware cost of a front end is saved. The service contents of the front end are enriched. The reference is provided for developing an NGB (Next Generation Broadcasting) service.

The invention discloses a next-generation broadcast wireless network NGB-W system and a data processing method. The data processing method comprises that an intelligent engine determines whether data to be sent is to be sent via a mobile communication network or a broadcast network, and sends the data to be sent via the determined mobile communication network or broadcast network; and a distributed network node demodulates the received data sent via the mobile communication network or the broadcast network, converts demodulated data into network data, and outputs the network data to a terminal device. In other words, the data processing method performs determination on and selects the mobile communication network or the broadcast network to send data according to the condition of the data to be sent and then sends the data via the mobile communication network or the broadcast network, thereby achieving fusion of the broadcast network and the mobile communication network and effectively solving a problem in the prior art that the broadcast network and the mobile communication network cannot be fused.

The invention discloses a hot backup matrix of an NGB (Next Generation Broadcasting) optical network, belonging to the technical field of optical network transmission. The hot backup matrix of the NGB optical network mainly comprises optical transmitters, optical switches and a control unit. The plurality of sets of optical transmitters are connected with the plurality of sets of 1*2 optical switches respectively through optical fibres. The optical switches are connected with an optical transmission network through optical fibres. An optical transmitter is additionally provided and connected with 1*4 optical switches, which are connected with the plurality of sets of 1*2 optical switches respectively. The control unit is provided and is in control connection with the plurality of sets of 1*2 optical switches and the 1*4 optical switches respectively. The 1*4 optical switches and the plurality of 1*2 optical switches form an optical switch matrix. Because the optical transmitter and the optical switch matrix are additionally provided, the hot backup of N+1 optical transmitter equipment is completed. In the event of increasing low cost, the reliability is greatly improved.

The invention provides a resource allocation method and system based on the Next Generation Broadcasting-Wireless (NGB-W). The method comprises the following steps: selecting the fast Fourier transformation (FFT) and a cyclic prefix (CP); selecting a scattered pilot type of data symbols according to the FFT and the CP; utilizing the number of OFDM symbols and the number of effective subcarriers to indicate structural parameters of NGB-W multiplex frames; allocating resources for signaling according to construction results; when the resource allocation for the signaling is completed, allocating resources for transfer channels (TCHs) according to the construction results; when the resource allocation for the TCHs is completed, allocating resources for filled fields according to the construction results; and when the resource allocation for the filled fields is completed, returning to the step of resource allocation for the signaling, so as to enter a next turn of resource allocation. The method and system provided by the invention can flexibly achieve data multiplexing and resource allocation based on the NGB-W.