352 results about "Intelligent computer network" patented technology

An open Information Services network architecture is disclosed which enables multiple business entities to assume specialized roles of access provider, service provider, and service retailer. The disclosed technology provides instant plug-and-play service, decouples access and service networks and provides seamless (single step) access enabling customers to maintain a service account regardless of location. The benefits of the disclosed technology, among others, include: Multi-level and multi-service registration; Broker Services providing customers with a choice of provider; Security Services relating to distribution; Revenue Assurance services, Gentle Reminder / Gentle Touch; Revenue Assurance services pertaining to usage integrity verification upon registration; mobile services derived from G-ISN; and claim benefits pertaining to LNP services derived from G-ISN.

In a telecommunications switching network having a resource complex including network switches, an intelligent service platform for providing intelligent call processing and service execution for call events received at the switches and requiring call processing services. A centralized administration system is provided that comprises a system for storing one or more reusable business objects that each encapsulate a distinct call-processing function, and any associated data required by the business object; a system for distributing selected business objects and associated data to selected nodes in the switching network based on pre-determined node configuration criteria; and, a system for activating the business objects in preparation for real-time use. A computing platform is provided within each node for executing those business objects required to perform a service in accordance with an event received at the network switch. Also within a node is a storage and retrieval system for sorting and retrieving selected objects and any associated data distributed by the administration system, and making them locally available to the computing platform when required to perform a service. An underlying location-independent communication system is provided to coordinate interaction of one or more business objects to perform the service in response to needs of the received event.

A method and control node (110) and computer program are disclosed for handling Intelligent Network services associated with a call to a subscriber of a mobile telecommunications network, the network comprising said c ontrol node (110), a HLR 5 (111) and one or more SCPs (121, 122, 123). Said control node (110) a) sends (101) to said HLR (111) one or more requests for routing information associated with said call; b) receives (102) from said HLR (111) service trigger elements associated with said services; c) uses said trigger elements for invoking (103) said services in said one ore more SCPs (121, 122, 123); and d) receives (104) from said one or more 10 SCPs (121, 122, 123) information related to said services associated with said trigger elements.

The invention discloses an intelligent network-connected automobile operation system based on vehicle-road collaboration. The intelligent networked automobile operation system comprises a high-precision map platform, a cloud control platform, a vehicle-mounted terminal platform, a vehicle-mounted computing platform and an information security platform. The high-precision map platform provides a real-time dynamic high-precision map; the cloud control platform and the vehicle-mounted terminal platform are subjected to cooperative management and control through a communication network; the cloudcontrol platform executes data storage, cloud computing and standardized data interconnection; the vehicle-mounted terminal platform executes information reporting; wherein the vehicle-mounted computing platform is connected with the vehicle-mounted terminal platform through the vehicle-mounted Ethernet, over-the-horizon perception data, map data, environment data and the like are obtained, a vehicle driving scheme is formulated through fusion calculation, and the cloud control platform, the vehicle-mounted terminal platform, the vehicle-mounted computing platform and the map platform are allprovided with safety monitors. Common basic services are provided for operation of the intelligent network connection automobile, and national and industrial development requirements are met.

An intelligent network service control point, which is connected with a plurality of switching systems in a transport layer network over a common channel signaling network and with an Internet protocol network through a service control gateway, stores information for indicating that a first terminal is being connected to the Internet in a user information management table when the service control point receives a call waiting service request from the first terminal connected with the transport layer network. When one of said switching systems notifies that the first terminal is called from a second terminal, the service control point sends an incoming notification message to the first terminal through the gateway by referring the user information management table.

A resource management system for an intelligent communications network having one or more distributed service nodes, each service node for providing services relating to an event received at a network resource associated with a service node. The system comprising a first processing tier comprising one or more local execution environments located at a node, each execution environment including a mechanism for instantiating one or more service objects capable of performing event services at a first local execution environment, and, for generating status information relating to executing service objects; and, a second processing tier associated with a service node and including a system processor for tracking status and availability of service objects and local execution environments. Upon receipt of service requests, the system processor communicates with the first processing tier for receiving the status information and initiating service object instantiation in the one or more local execution environments in the first processing tier at the node based upon the status and availability information of the requested service object.

The invention relates to a system and method for changing protocol parameters of a signaling protocol for the implementation of services in an Intelligent Network concept with user data transfer via a packet network. Resources are provided in a service control point for parameter changes to be made in the context of the services to the signaling protocol used. Implementation of a service, which requires a change to a protocol parameter in the signaling protocol, correspondingly adapted intelligent network application part procedures are used by a service switching point to trigger the parameter changes to be made in an service control point and the change to the protocol parameter is effected by the service control point in the service switching point. The invention has the advantage that it allows parameter changes, which are not provided in the ISDN user part because of their relationship with the packet network.

A communication system utilizes an open system network protocol, such as the Transmission Control Protocol / Internet Protocol (TCP / IP), to transport Intelligent Network signaling messages from an SS7 network to a service provider which is not directly linked to the SS7 network. A gateway / bridge is provided between the SS7 network and a network which operates in accordance with an Internet protocol to transform Internet protocol messages, such as TCP / IP format messages, into SS7 format, and vice versa. In this way, an Internet protocol network may be used to transport Intelligent Network signaling messages between an SS7 network and a non-SS7 network service provider.

The invention discloses an intelligent home network system which comprises an intelligent gateway and a plurality of intelligent household appliances. The intelligent gateway stores an identification code of each intelligent household appliance; when control information is received, the intelligent gateway obtains the identification code of each intelligent household appliance to be controlled according to the content of the control information and the stored identification code of each intelligent household appliance, adds the identification code of the intelligent household appliance to be controlled as the identification code of a transmitting target to the control information, and then transmits the identification code to the corresponding intelligent household appliance, so as to control the corresponding intelligent household appliance to carry out a corresponding operation. By adopting the intelligent home network system disclosed by the invention, uniform control of the intelligent gateway over various intelligent household appliances can be achieved, and popularization and application of various intelligent household appliances are facilitated.

The invention discloses an intelligent home network system, a control device and a control method. The system comprises a plurality of different wireless terminals and a home control device, wherein the wireless terminals transmit various wireless access request signals to the home control device respectively; and the home control device correspondingly sets matched access parameters for the different wireless terminals, receives the wireless access request signals according to the configured access parameters, resolves and processes the signals to obtain corresponding data, simultaneously analyzes and judges the data and converts the processed data into corresponding real-time monitoring information for storage. The intelligent home network system, the control device and the control method have the advantages of solving problems on the simultaneous access of the intelligent home network system by the wireless signals adopting different transport protocols and bringing great convenience to integrated management on the diversified wireless terminal products in the market so as to promote the development of wireless terminal product technology.

A service node is used in an intelligent communications network for providing services for customers. The node includes a server arranged to define a plurality of services; a plurality of resources each arranged to generate speech announcements in response to receipt of respective command signals and to provide an announcement finished signal when each generated speech announcement has finished being generated; a switch arranged to connect the resources to incoming calls routed by the network to the service node; and a controller arranged to respond to such incoming calls to place details of the calls in corresponding service queues, to receive from the server (a) a reserve resource request signal for reservation of a resource in respect of a call whose details have been passed to the server by the controller from the top of a service queue, thereby associating the call with the server, and in response to reserve a free one of the resources, (b) a connection request signal from the reserved resource to be connected to the call and in response to control the switch accordingly, (c) a command signal for the reserved resource to generate a corresponding speech announcement and in response to send the command signal to the reserved resource, (d) a signal for disassociating the server from the call and in response to store the current details of the call, (e) a signal indicating that the service defining means is ready to handle another call and in response to pass to the server the call then at the top of that service queue, and to receive from a reserved resource an announcement-finished signal, and in response to update the details of the corresponding call and to pass the updated details from store to the bottom of the corresponding service queue.

The invention relates to an intelligent home network system which comprises at least one signal conversion device and a plurality of household appliances with wireless communication functions. The signal conversion device comprises a control module, a communication module and a signal conversion module; the communication module and the signal conversion module are respectively connected with the control module; the communication module is used for receiving a control signal, wherein the control signal comprises the types of wireless communication functions of the traditional household appliances to be controlled; the signal conversion module is used for converting the control signal into a corresponding wireless control signal which can be identified by the household appliances to be controlled according to the types of wireless communication functions of the traditional household appliances to be controlled in the signal; and the control module is used for controlling the communication module to send the wireless control signal to the household appliances to be controlled so as to control the corresponding household appliances to carry out corresponding operations. Due to the adoption of the signal conversion device of the intelligent home network system, the traditional household appliances with wireless communication functions can be accessed into the intelligent home network system, and the waste of resources is avoided.

To provide self-healing capabilities in a distributed knowledge network / intelligent sensor network, a node monitoring task agent can be deployed to a node to determine operating parameters of the node or of other task agents executing on the node. The operating parameters can be passed to a node monitoring data analysis engine which can analyze the data by referencing a rule-set. The analyzed data can be passed to a management application which can determine whether any self-healing actions need to be performed, such as moving the task agents to other healthier nodes of the DKN-ISN.

The invention includes a router and adapter enabling to receive any type of vendor Intelligent Network protocol message, then to direct the message (according to predefined rules) and ultimately, to translate one type of message into a unified format in order to meet with the destination protocol requirements and the mediating method according to the present invention enable communication between different (SSP) telephone message switching protocols and different control point system (SCP) message protocols; the method is based on conversion processes that enable identification of message definitions and information and the creation of unified message records.

The invention provides an intelligent home system. The system comprises an intelligent home network, the Internet and a dynamic domain name server. The intelligent home network comprises network equipment, a home server and a plurality of intelligent home terminals, wherein the network equipment is in communication connection with the Internet, the home server is in communication connection with the network equipment and is used for information interaction with the network equipment, receiving information sent by the intelligent home terminals and sending control signals to the intelligent home terminals so as to control the work of the intelligent home terminals, and the intelligent home terminals are in communication connection with the home server. The dynamic domain name server is in communication connection with the Internet and is used for receiving a dynamic IP (Internet Protocol) address sent by the network equipment through the Internet, binding the dynamic IP address to the fixed domain name of the intelligent home network, and carrying out domain name resolution. With the adoption of the intelligent home system provided by the invention, the functions, such as video surveillance, leisure and entertainment, intelligent control of household appliances and home environment monitoring, can be achieved, and the customized customization, assembly and association can be achieved; and the information security can be guaranteed because no external operation service platform exists.

The presentation of information identifying a calling user of a terminal device (MS-A) to a called terminal device (MS-B) in a communication involving a radio access network is triggered upon receipt of an incoming call; if triggered, the information is presented to a user at a man machine interface (MMI) of the terminal device; a user input is collected via the man machine interface (MMI) in response to the presentation, and the received call is controlled according to the collected user input. It becomes advantageously possible to initiate a retrieval procedure for calling party identifying information while the call is being controlled by a service control device and prior to the routing of the call to the called terminal device.

The invention provides an intelligent network flow control method. The method comprises the steps of identifying and marking data packets which enter and flow out by utilizing a DPI (data processing installation) deep packet detection engine of AOS (advanced operating system) equipment and a firewall engine, so as to determine an intranet user to which the data packets belong and application types, the application types can be P2P (peer-to-peer), HTTP (hyper text transport protocol), thunder, BT (bit torrent) and the like; then classifying the data packets and respectively placing the data packets into cache regions special for users of different application types so as to temporarily cache the data packets; and finally gradually sending out the data packets according to a certain bandwidth control policy. The invention provides a brand-new, stereo and crossed flow control method which is different from the traditional flow control way, provides a technical scheme integrated with bandwidth management, analysis and optimization, can effectively detect and prevent abnormal consumption of abnormal application to network bandwidth resource, guarantees key application bandwidth and limits non-service application bandwidth, thus improving and guaranteeing service quality of the whole network application.

The invention discloses a control system of intelligent appliance. The system comprises at least one pickup device, at least one intelligent appliance and a voice control device, wherein the at least one pickup device and at least one intelligent appliance are connected with the voice control device respectively; the at least one pickup device obtains the voice information of at least one user and sends to the voice control device; and the voice control device generates a control instruction according to the voice information and sends to corresponding intelligent appliance. Through at least one pickup device and the voice control device, in the whole intelligent appliance system, a control instruction can be sent to the intelligent appliance anytime and anywhere, and convenient control on the intelligent appliance is realized.

The invention is suitable for the field of pipe network municipal management and provides an intelligent pipe network system based on a railway robot. The intelligent pipe network system comprises shuttling railways, a mobile robot, a robot docking station and a control and data interaction platform. The shuttling railways are fixedly arranged in cabins of a comprehensive pipeline corridor, paved along the axis direction of the comprehensive pipeline corridor and pass through a fireproof door; the railway robot can movably and fixedly arranged on the shuttling railways, and is used for patrolling conditions in the comprehensive pipeline corridor and repairing the fault; the robot docking station provides charging, is used for assembly and establishing work, and serves as a communication relay for enabling the control and data interaction platform and the robot to be communicated; and the control and data interaction platform is used for carrying out analysis and storage on the received data, providing search and display service, and sending instruction data for executing the task to the mobile robot. The intelligent pipe network system, compared with an intelligent pipe network adopting a sensor fixed-point layout mode, has the advantages of simple maintenance, low operation cost and wide detection range, and can carry out safety patrol inspection instead of workers.

Architecture and a method for a cost-effective implementation of new services using existing triggers, network elements, and messaging protocols in a telecommunications network. An industry wide uniformity is maintained among providers of the services while maximizing the utilization of the existing network, and without the need to wait for future developments of new standards or equipment. The architecture and methods utilize existing triggers to manage and control special service type calls, e.g., a prepaid call, within the network. ISDN User Part (ISUP) messaging protocol may be used for message exchange between network elements. A standard TCP / IP backbone is used for database interaction. Translation Type capabilities of the Service Transfer Point (STP) are used for intelligent call routing functions.

The invention discloses an integrated service platform of an intelligent community. The platform is suitable for an intelligent community network and comprises a secure community system, a harmonious community system and a management convenience community system, wherein the secure community system comprises a visible intercom module, an intelligent access control module and a security alarm module; the harmonious community system comprises an information bulletin module and a property management module; and the management convenience community system comprises an intelligent home module, an online shopping module and an online media module. By applying the integrated service platform provided by the invention, a community LAN (Local Area Network), an Internet, an Internet of things and a 3G network can be integrated; under the support of a computer, an iPad, a mobile phone and an intelligent terminal, technical obstacles such as information intercommunication, physical distribution and express and online payment are removed; on the basis that access integration is realized, the information integration is realized, a service platform based on artificial intelligence is established, and a secure, harmonious and management-convenience community is realized.

A route control architecture allows a network operator to flexibly control routing between the traffic ingresses and egresses in a computer network, without modifying existing routers. An intelligent route service control point (IRSCP) replaces distributed BGP decision processes of conventional network routers with a route computation that is flexible and logically centralized but physically distributed. One embodiment supplements the traditional BGP decision process with a ranking decision process that allows route-control applications to explicitly rank traffic egresses on a per-destination, per-router basis. A straightforward set of correctness requirements prevents routing anomalies in implementations that are scalable and fault-tolerant.

The invention relates to a safety judgment and processing method in the driving process of an intelligent network-connected automatic driving automobile. The method comprises the following steps: acquiring the relative distance and relative speed of front and rear vehicles in real time through the intelligent network-connected automatic driving automobile, and extracting a traffic management speedand a safety distance of the road and the acceleration and deceleration performances of the vehicle; setting a multi-level safety discrimination index of the automatic driving automobile; further networking to obtain vehicle types, numbers of passengers, cargo carrying quantity, cargo unit prices and vehicle value information of surrounding vehicles when potential safety hazards exist in all surrounding vehicles on the premise that a safety processing method cannot avoid such dangers; selecting the collision kinetic energy loss as an index according to said information, calculating the severity of to-be-collided vehicles, selecting a vehicle with the lowest collision severity to collide, and selecting a vehicle with the lowest collision economic loss to collide if more than two vehicles with the lowest collision severity exist. According to the method, the safety judgment accuracy and reliability of the intelligent network-connected automatic driving automobile in the driving state are improved.

A method for realizing light multicast in intelligent light network includes forming user group management base by utilizing service management module in management layer; applying light multicast mechanism managed by management layer and control layer and utilizing manner of dynamically setting up multicast route, adding and deleting leaf node, summing ¿C up link and setting up connection one by one to achieve light multicast on large network for saving a lot of routes and bandwidth.

This invention discloses a configuration method for main menu used in interactive phone response flow of an intelligent network including: configuring related function module to each processing service in the intelligent network, setting a database storing related attribute of the function module and setting a function menu dynamic configured function process module and calling the module to modify related attribute of the function module in the database according to the information changed at the service control point. This invention also discloses a configuration system including: one or multiple function modules, a database and a function menu dynamic function process module.

The invention discloses a parallel signalling method for realzing light channel quick connection in the light passage. In the method, the middle nodes realize following steps in parallel: (1) sending an updated PATH message to the downstream node; (2) assigning the local inlet port wavelength resource, sending the RESV message which carries the resource assigning label; (3) driving the substrate hardware equipment rearrangment, receiving and keeping the local inlet port rearrangment; an aim node packs the state label to the RESV-F message, reversely sendes to the source node; a middle node brings the new resource obligate state, and transmites to the upriver mode through the RESV-F message; the source node returns the result to the user based on the resource obligate state to judge the connection is established whether or not. By using the invention, the cross connection establishing time delay is eliminated basically, the light passage connection establishing time is shortened effectively, the need of the intelligent light network band width provided by the distribution type application is satisfied.

The invention provides automatic reply method and system based on an intelligent network. In the method, when a call from a calling terminal to a called terminal is received, reply way and reply content which correspond to the current state information of the called terminal are obtained according to the corresponding relationship among the state information of the called terminal which is storedin advance, the reply way and the reply content, and the obtained reply content is replied to the calling terminal by adopting the obtained reply way. A terminal user can be provided with automatic reply service with varied reply strategies according to the method and the system.