55 results about "All ip network" patented technology

A wireless quality of service (QoS) agent for an all-Internet Protocol (IP) network. The QoS agent couples to an all-IP network. The coupling means includes communication means for transfer of information between the agent and a QoS manager of the all-IP network. The agent is also able to seamlessly extend QoS support for multimedia applications from wireline to wireless and control QoS of the multimedia applications sent over wireless connections on the all-IP network.

An admission control and load balancing system controls admission of packet streams or calls to a network and balances the packet traffic across the network, improving quality of service. The system includes a central database which stores information including cost data associated with individual paths and links across the network. A processor, in communication with the database, coordinates the admission control and load balancing decisions, and updates of the database cost data to reflect the dynamic network conditions, based on input from appropriate data sources. In one embodiment, referred to as the exact algorithm, the database is consulted by the admission control points or gatekeepers prior to admitting each arriving packet stream, and the database contents are updated call-by-call to reflect the allocation of resources to each admitted stream. In another embodiment, referred to as the inexact algorithm, control decision as well as database updates occur on a periodic rather than on a call-by-call basis to promote better scalability. In this embodiment, the processor periodically calculates admission decisions based on cost data in the central database. These admission decisions are then periodically forwarded to a satellite database associated with each gatekeeper, for storage and use in admission decisions until the next update epoch.

A communications system for providing a user's mobile station (MS) with an Internet Protocol (IP) connectivity, has an IP network gateway for allocating an IP address to the MS to enable it to access an IP network. First and second base stations are respectively configured to support communications of the MS over first and second radio access networks using different radio access technologies. A first access gateway provides an interface between the IP network gateway and the first radio access network, whereas a second access gateway provides an interface between the IP network gateway and the second radio access network. A handover interface is provided between the first access gateway and the second access gateway for enabling the MS to switch between the first and second radio access networks with minimum latency.

A method and system for creating a virtual roaming solution for a MSISDN using a softphone over an IP network. The system involves (i) implementation of a novel virtual mobile network (VMN) comprising virtual visitor location register (vVLR), virtual home location register (vHLR) and virtual multiple switching centre (vMSC) on an IP server responsible for managing IP call traffic administration, and (ii) implementation of a novel mobile to internet gateway (MIG) comprising an VoIP gateway for diverting call traffic from the mobile network to the IP network, and an IP server with vMSC functionality to translate routing information from the VMN to GSM network so as to appear to the GSM network as a traditional mobile operator. The system dynamically registers the subscriber to the IP network, and provides valid routing information to the MSC (Mobile Switching Centre) or public telephone switch to route the call over to the NGN (next generation network) operator in the IP space.

A signaling regimen between a mobile station MS, a radio node RN, and a packet data switching node PDSN enables a quality parameter to be applied to packets moving between a mobile and a CDMA2000 network. The MS creates a new flow for packets of a certain data type and sends a related quality parameter for that flow to the BS. The BS determines whether an existing or new service instance will carry the new flow, and obtains authorization for the service instance to meet the quality parameter from the PDSN. The BS or PDSN builds a map between flow and a policy that ensures the quality is met, and the map is used to place different packets into the appropriate flow and service instance. Policies and enforcement may differ on uplink and downlink.

In one embodiment, techniques provide QoS-aware service flow mapping in an access network. A message is received from an access device at a gateway in the access network. The message includes a traffic flow specification. The traffic flow specification may include packet filter information, which is used to install a packet filter to route traffic to the access device. The gateway creates a session and associates the packet filter with it. When an incoming packet is received at the network device, the packet is matched to the packet filter. The incoming packet is then sent to the access device for the session. The traffic flow specification may also specify QoS parameters that are desired. The QoS parameters may then be applied to the packet sent to the access device. The gateway and access device may negotiate to determine a QoS to apply.

An intelligence video monitoring system based on full IP network, composed of a front-end monitoring sub-system, IP network, a monitoring center sub-system and a client sub-system, the front-end monitoring sub-system comprises a plurality of cameras and video servers; the network transmitting sub-system comprises various router, fixed IP of monitoring center and virtual network; the client sub-system comprises a login / register interface, real-time playing and history playing interfaces and a management interface; the monitoring center sub-system comprises a numerical keyboard, a register server, a management server, a forwarding server, a network decoder and a storing center. With communication realized by full IP network and multi-layer management, the monitoring sub-system can provide network video service based on browser / server architecture, which realizes comprehensive non-man network video monitoring platform, capable of carrying out video capture, auto alarming with high speed spherical camera on object entering restricted area in uninterrupted video.

Alarm customers on VoIP may use an adapter for conversion to Internet Protocol (IP) signals or may have an alarm system that uses IP signals to transmit alarm signals over the Internet. IP signals from alarm customers may go to any monitoring center for alarm system monitoring. IP signals from alarm systems using IP conversion equipment can go only to monitoring centers with specialized receiving equipment specific to the type of transmitting equipment in use at the customer's premises. There is a pool of customers, whose dealers would convert to IP and stay with the current monitoring center if the center invested in receiving equipment. For the many small centers who will not or cannot invest in receiving equipment, the present invention will take IP signals from any or all brands of IP transmitting equipment, to a central server then retransmit to any center over POTS to the alarm monitoring center. Thus, an alarm monitoring center need not invest in a number of different IP monitoring systems in order to be IP monitoring compliant.

A system and method of reducing network congestion whereby significant improvement can be gained by the elimination of catastrophic network congestion failure within a TCP / IP network. Exemplary embodiments are implemented by an improved process for dealing with data loss related to IPv6 fragmentation, in which a ICMPv6 error message is transmitted by a destination node containing a bitmap of the unreceived datagram fragments. The sending node receives the error message and prepares only those unreceived fragments for transmission.

A system for adaptively streaming video content over an IP network, comprising devices and non-transitory computer-readable storage media having executable computer modules, comprising a sender device interacting with the network, the device configured to send a video stream to the network and to receive a recovery packet stream from the network; at least one receiving device configured to receive the at least one video stream from the network and to transmit a respective recovery packet stream back to the sender device through the network; a bandwidth probe configured to be periodically sent with the video stream to the at least one receiving device to determine respective instantaneous network bandwidths; at least one profile configured to be chosen by the sender device to generate the video stream, based upon respective instantaneous network bandwidths, wherein the video stream is adaptively changed, based upon instantaneous network bandwidths and the respective recovery packet stream.

The invention relates to a system and method for enabling prepaid service in a packet-based communications system, in particular in an All-IP network which comprises one or more subscriber terminals. At least one subscriber database stores subscriber information including identification data of one or more server means, and the at least one server means stores prepaid accounts for subscribers. When a subscriber terminal is initiating the establishment of a connection to another network entity, the server means is adapted to transmit a subscriber-prepaid-account related value informing a control means on an available charge threshold value for the connection to be established.

The house system is composed of indoor equipment, outdoor equipment, and central server, which are connected each other through TCP / IP network. The indoor equipment includes information terminal, intelligent terminal, household sensor probe, control interface of household appliances. Outdoor equipment consists of gate mechanism. The indoor equipment provides application for home users directly so as to realize automatic control for local devices in home as well as information interaction between home and outside world. The outdoor equipment realizes visitorí»s call and function of entrance guard. Through network, the central server implements realty management. Round-the-clock communication in real time is realized through network among central server, indoor equipment, outdoor equipment so as to realize intelligent management residential sub zone including alarming center, Internet access, access service for remote monitors, and automatic polling service for devices etc.

In a communication network that provides a path through a cable IP network between sending and receiving terminals residing on respective networks (e.g., an HFC, and / or PSTN network) controlled by different network managers or service providers, a controller hands off control of service access of the terminals between the service providers. Subscriber terminals may include broadband telephony interfaces, cable modems, or multimedia terminal adapters. To effect hand-off control, configurable modules of the terminals enable them to respond directly to a network manager (e.g., cable modem termination system or call management server) according to instructions supplied by the controller based either on subscriber authorization, database information, call type, dialing plan, and / or other parameters. Transfer of call control may also occur on a call-by-call basis. Further, a usage server collects network usage information of the respective terminals or subscribers to determine user fees between competitive networks.

A communications network system and a corresponding method for starting an AoC service of a user are disclosed. The system comprises a control means for sending a protocol message comprising a MIME indication of an AoC application to a user equipment (UE). The user equipment receives the protocol message and activates the AoC application by using the MIME indication.

A signaling regimen between a mobile station MS, a radio node RN, and a packet data switching node PDSN enables a quality parameter to be applied to packets moving between a mobile and a CDMA2000 network. The MS creates a new flow for packets of a certain data type and sends a related quality parameter for that flow to the BS. The BS determines whether an existing or new service instance will carry the new flow, and obtains authorization for the service instance to meet the quality parameter from the PDSN. The BS or PDSN builds a map between flow and a policy that ensures the quality is met, and the map is used to place different packets into the appropriate flow and service instance. Policies and enforcement may differ on uplink and downlink.

The invention discloses a method for implementing signaling link redundancy in IP networks. Two ASPs are created for the same AS in the host at the IP network side, and all user adaptation protocols share ASPSM and ASPTM messages so that the states of the two ASPs can become active and inactive respectively, thus to implement two signaling links for serving the same traffic. When switch is initiated, SCTP association can be closed by using “graceful close”, and the SCTP itself will make sure to send out all the data remaining in its buffer and its higher-layer applications will also send subsequent data in order after learning the remaining data are all sent out, thus sequential delivery for the data can be guaranteed. This method can avoid data loss and disorder, and the speed for switch can be ensured because the backup link will be notified immediately after the data on the primary link are sent out.

The invention provides a data interaction method of an SDN network and an IP network. According to the method provided by the invention, a local host is additionally arranged in the SDN network, the local host and an edge router of the IP network share topological information of the SDN network and the IP network, an SDN controller can determine a data forwarding path according to the shared routing information, and after the data forwarding path is constructed, the SDN controller does not need to participate in message analysis or new path calculation, thereby reducing the processing burden of the SDN controller. Compared with the prior art, the scalability and flexibility are enhanced.

A method for processing a signal and a bearer separately in an ALL IP network system includes the steps of: transmitting a service request message (SRM) from a mobile station (MS) to a radio network (RN); at the RN, determining whether a circuit related service or a packet related service is requested; if the circuit related service is requested: (i) transmitting a CM service request message to a MSC server, (ii) receiving a service request acknowledgement (SRA) message from the MSC server, and (iii) assigning a bearer in response to the SRA message; and if the packet-related service is requested: (i) transmitting the (SRM) from the RN to a core network without processing the SRM; (ii) at the core network, processing the SRM and transmitting an assignment request to the RN, the assignment request requesting that the RN assign the bearer; and (iii) assigning the bearer in response to the assignment request.

In cellular and broadband wireless networks, specific nodes are assigned to handle functions such as radio resource management (BSC / BTS), session management (PDSN / GGSN / Access Gateways) and service switching (MSC, CSCFs). The function to guarantee Quality of Service, or QOS, is typically associated with the service being implemented and assigned to the one or more nodes implementing the service. There are also policy definition and control nodes (PDFs) identified within the standards. These manage static service level agreements that provide instructions to QOS mechanisms on different nodes within the network. With a move toward an all IP network and a services model with continuously changing requirements (such as user / terminal mobility, varying RF conditions), static QOS mechanisms become inadequate and the need for a dynamic and adaptive QOS mechanism becomes significant.

A system and method that completely removes the host CPU of an IP gateway / set-top video server from the data path of handling of network packet headers, as required by protocol layers such as UDP, IP, or Ethernet, or of payloads during video streaming. Accordingly, an ordinary set-top server is made operable to support simultaneous high definition video streams or additional such data streams.

Implementations described herein may provide fax terminals that can communicate directly with one another over packet-based networks. In one implementation, a fax device may include a network connection configured to connect the device to a packet-based network. The fax device may further include a control unit. The control unit may, in response to a user command, transmit a facsimile document via the network connection and the packet-based network. The fax device may be implemented as a single integrated facsimile appliance.

In the invention, present packet data network for data transmission is adopted by mobile communication system, and voice communication is encrypted through packet switching mode in IP network. Thus, the disclosed method combines data network with wireless network for realizing encrypted voice communication so as to change mode of structure and transmission of telephone service. Advantages of the invention are: low-cost IP network fee, expanding service of IP service to mobile communication network, supporting voice, image and video etc. multimedia transmission, according with IP network development and meeting need of encrypted communication.

The invention relates to a system and method for enabling prepaid service in a packet-based communications system, in particular in an All-IP network which comprises one or more subscriber terminals. At least one subscriber database stores subscriber information including identification data of one or more server means, and the at least one server means stores prepaid accounts for subscribers. When a subscriber terminal is initiating the establishment of a connection to another network entity, the server means is adapted to transmit a subscriber-prepaid-account related value informing a control means on an available charge threshold value for the connection to be established.

This invention refers to a cellular WLAN mobile multimedia communication system and method in mobile communication technology, system contains four grades, sub-network, local network, national trunk network and internal trunk network, method contains system searching, IP address distributing, register attestation, standby, communication and exit. Said invention solves the quick switching problem of wireless terminal moving in large range and keeping wireless terminal in continuing multimedia communication. Said invention adopts all IP network structure and E 164 format standard telephone number as terminal identifying code with low cost and large capacity.

The invention relates to a method and a system for voice communication between different systems in all internet protocol network. The method comprises the following steps that a gateway mobile switching center (GMSCe) for a calling side and a called side determines a voice coding mode supported by both the calling side and called side based on a voice coding capacity list supported by calling users, a voice coding capacity list supported by called users and a coding capacity mapping relation between the calling side and the called side and informs a gateway media gate-way (GMGW) on the side, where the GMSCe to be subjected to coding type conversion is positioned, of the voice coding mode supported by both the calling side and called side, and the GMGW converts a voice signal to be sent to the other side into the voice coding mode supported by the other side according to the voice coding mode supported by both the calling side and called side. By the method and the system, broadband voice service can be communicated between different systems.

Session flows between a client (1) and a server (2) are pinned through a receiving interworking unit (7) and a transmitting interworking unit (11) connected via the non-IP based communications path (9). The receiving interworking unit (7) and transmitting interworking unit (11) are then configured to convert received data between IP and a non-IP based communications protocols. Subsequently, when the transmitting interworking unit (11) receives IP protocol based data for the client (1) from the server (2) the data is converted and transmitted via the non-IP based communications link to the receiving interworking unit (7). Upon receipt, the receiving interworking unit (7) converts the data back into an IP-protocol based format and forwards the converted data on to the client (1). The disclosed approach enables the client (1), to receive a regular IP packet stream from the server (2), where: one segment (9) of the path between server (2) and client (1) transports the data in a non-IP format; and neither IP client (1) nor the server (2) is aware of the non IP segment and no change in their all IP network mode of operation is required.

In a radio access network, novel systems and methods reduce processing delay, and improve integration with IP networks, by separating user data from connection management and control data at a Node B or at a base station. The user data are routed to an IP (Internet Protocol) switch, whereas the connection management and control data are routed to a centralized radio network controller (RNC). Pursuant to a second embodiment of the invention, a centralized RNC provides improved radio resource management (RRM) functionality by handing all connection management and control data for a plurality of Node B's, thereby simplifying the switching of user data throughout the radio access network. Pursuant to a third embodiment of the invention, a smart IP switch is equipped to switch user data without core network (CN) involvement. Downlink user data are switched independently of uplink user data.