45 results about "Channel-associated signaling" patented technology

An open network gateway system for use with networks that do not have dedicated Signaling System No. 7 signaling is provided by associating channel-associated signaling received over a first communication line with individual media channels on a second communication line and embedding channel-associated signaling in a media stream in the form of line supervision signaling and register signaling and using a public switched telephone network line supervision driver to monitor and manipulate line supervision signals and interface to the public switched telephone network dial manager. The associated signaling is then backhauled into a media gateway controller for processing and manipulating the data connection.

The invention discloses a a space-borne switchboard with distributed mixing implementation structure and an implementation method thereof. In the implementation method, signals of hundreds of wave beams sent from a receiving digital beam forming (DBF) network are sent to a corresponding uplink processors by a receiving-circuit waveform exchange module first so as to realize the selection and processing of a channel; and after base band exchange and spread spectrum modulation are performed, the convergence of the signals of the wave beams is realized by an emitting-circuit waveform exchange module. The implement method comprises the steps that: a, the receiving-circuit waveform exchange module sends M arbitrary signals of the wave beams to N1 uplink processors under control commands according to the mapping relationship; b, after carrying out de-spreading modulation on the signals, the uplink processors complete the combination of channel associated signaling by a base band exchange module and the exchange output to N2 downlink processors; and c, the emitting-circuit waveform exchange module outputs the outputs of the downlink processors to the receiving digital beam forming (DBF) network in the form of the wave beam. The distributed mixing implementation structure for the space-borne switchboard and the implementation method thereof of the invention can meet the requirements for scheduling capability produced in space-borne processing services when different wave beams of a user service subjected to space-borne processing are distributed non-uniformly and the distribution is changed dynamically with time so as to meet the requirements for user processing with minimum space-borne processing resources.

The invention discloses a frame synchronization method based on bursting frames of a TDMA (Time Division Multiple Access) system. The frame synchronization method comprises the following steps: 1) a transmitting end transmits voice or data to a receiving end by adopting a superframe as a basic unit which consists of a plurality of burst subframes; 2) a frame synchronization word FS is inserted into an effective load area of each burst subframe, the two sides of the frame synchronization word FS are respectively provided with a channel associated signaling domain CCF; and 3) the transmitting end and the receiving end acquire frame synchronization signals by the frame synchronization words FS of the burst subframes, and simultaneously judging the time slot type, the channel direction and the channel state according to the channel associated signaling domain CCF. The frame synchronization method disclosed by the invention has the advantages that each burst subframe is inserted with the frame synchronization word FS and the channel associated signaling domains CCF, so that not only can the frame synchronization be obtained in shorter time, but also the receiving end in a sleeping state can be awaken in shorter time, the total time length is delayed, and the transmission is more reliable. The frame synchronization method also can be used for finishing the functions of late entering and forced releasing and the like, obtaining indications of control and recognition information so as to be convenient for better recognition and processing of the receiving end for the received information.

The invention relates to a method and system for synchronizing an access node clock of the synchronization Mesh network based on a channel associated signaling. The method comprises the steps that a Hello greeting package is utilized for achieving fast network access of an AN belonging to a BN/GN; timestamp information of local nodes is recorded at the same time through at least three times of channel associated signaling interaction; a clock drifting value, relative to the BN/GN, of the AN and wireless link transmission delay is calculated, and clock compensation is provided; interaction is carried out regularly or irregularly to achieve long time synchronization of the AN. According to the method, the problems that a role of a host node and a slave node is firstly determined through the spanning tree algorithm in the process of Mesh network synchronization in the prior art, too many service resources are occupied due to the interaction of related information when time for synchronization carried out on the host node and the slave node is shortened, the message data volume of information interaction is not reduced, the synchronization of the AN is achieved not through the information resources of the AN, and the synchronization of the AN depends too much on the host node information resources are solved.

The invention discloses a method and a device for transmitting downlink multiframes. The method comprises the following steps: setting the positions of slow associated control channel (SACCH) frames and traffic channel (TCH) frames of a plurality of users in the multiframes, and multiplexing the SACCH frames of each user and the TCH frames of other users in a same time slot of the multiframes under a half-rate channel; and sending the multiframes at a preset time slot. Obviously, the method and the device reduce the influence on sounds as far as possible while ensuring the normal transmissionof the channel associated signaling of each user by adjusting the positions of the SACCH frames and the TCH frames of multiplexing users so that the SACCH frames of the users and the TCH frames of other users perform multiplex transmission, namely the SACCH frames of each user are transmitted in a staggered mode.

An adaptive method of channel associated signaling includes inducing and picking up some universal attribute from physical signal and using them as logical signal, adapting receiving physical signal to be corresponding logical signal being reported up so as to carry out treatment of channel associated signaling and adapting logical signal to be corresponding physical signal being sent down so as to carry out transmission of channel associated signaling. The adaptive communication system applying said method is also disclosed.

The invention provides an adjusting method of CAS (Channel Associated Signaling) interface, which comprises: A. receiving a first CAS; B. recognizing the first CAS; C. adjusting a second CAS according to the recognizing result of procedure B; D. transferring the first CAS at the interface of the adjusted second CAS. Additionally, the invention also provides a network device for adjusting CAS interface. The invention is capable of realizing R1.5 CAS through adjusting (repeating/reusing/expanding) H.248 CAS interface, which reduces the quantity of private signaling interfaces with the simple and efficient adjusting work of signaling interface.

The related method for realizing uniform state of channel associated signaling in NGN framework comprises: A. equipment entity (EE) decides the associated signaling circuits of MGC and MGW are not uniform; and B. to non-calling-attributive nonuniform, EE decides the state attributive message flow direction, and changes local /opposite end uniform with as opposite/local end if the flow direction is from opposite/local end to local/opposite end; to calling-attributive nonuniform, if MGC decision is nonuniform, it directly initiates state initiation; if MGW decision is nonuniform, it reports MGC for state initiation. This invention improves calling complete rate.

The invention discloses gateway equipment, a system and a method for implementing butt joint of trunks. The system comprises soft switching equipment, the gateway equipment and butt joint equipment, wherein the soft switching equipment is used for realizing corresponding service through signaling interaction with the gateway equipment; the gateway equipment is used for allocating time slot resources to signaling of different standards, encoding interoffice signaling forwarded by the soft switching equipment into standard signaling according to managed butt joint equipment information, and transmitting the standard signaling to the corresponding butt joint equipment according to an appointed time slot; and the butt joint equipment is used for receiving the corresponding standard signaling from the gateway equipment in the appointed time slot according to the time slot resource allocation information of the butt joint equipment managed by the gateway equipment. By the gateway equipment, the system and the method, different time slot resources are allocated to any standard signaling of an E1/T1 trunk, and a networking requirement that one trunk supports various types of standard channel associated signaling is met; therefore, finite trunk resources of the E1/T1 are used effectively.

A method for achieving channel associated signaling of the next generation network system comprises the following steps: (a) transmitting an occupation message to a soft switch after a gateway receives a call request message transmitted by a switch, and simultaneously transmitting an off-hook response message to the switch; (b) carrying out register signal interaction with the gateway after the switch receives the response message; and (c) monitoring an occupation acknowledgement message transmitted from the soft switch in the register signal interaction process of the gateway, and continuing the subsequent calling process if the gateway receives the occupation acknowledgement message when the register signal interaction is ended, or else, releasing the call. The method has the characteristic of relatively longer register signal interaction time, and can adjust the message interaction process, thereby minimizing the influence caused by network delay.

The present invention provides a method and an apparatus for transmitting a ringing message. The method comprises: obtaining configuration information corresponding to a PBX terminal, the configuration information comprising indication information about a manner for sending a ringing message to the PBX terminal; and sending the ringing message to the PBX terminal according to the indication information. The present invention solves the problem of resource waste caused by sending useless line signaling by a gateway device in related technologies, thereby improving the effective sending of channel-associated signaling, and saving resources required for sending the channel-associated signaling.

The invention discloses a monitoring device and method for channel-associated signaling. The device includes a monitoring card and a display terminal communicating with the monitoring card through a network interface. The monitoring method is to obtain all kinds of call information of both sides of the channel-associated signaling interaction from the monitored E1 trunk line through the monitoring card, and process it and display it on the display terminal. By adopting the present invention, the tester can clearly analyze various useful information such as the specific content and duration of various signaling messages in the signaling call process, so as to facilitate analysis, judgment and location of the cause of signaling call failure.

The invention provides a BIER network fault detection method, device and equipment and a readable storage medium. The method comprises the following steps: establishing a bidirectional forwarding detection BFD session between a bit forwarding ingress router BFIR and a bit forwarding egress router BFER based on channel associated signaling; and when the BFIR or the BFER continuously receives the BFD control message for N times overtime, determining that the current service transmission path from the BFIR to the BFER has a fault, N being a positive integer greater than 1. According to the invention, the BFD session between the BFIR and the BFER is established, so that whether the current service transmission path from the BFIR to the BFER has a fault is determined based on whether the BFD session is normal, the service transmission path of the BIER network is rapidly detected, and the network robustness is enhanced.