61results about How to "Reduce business volume" patented technology

The invention discloses a self-service attendance system, which is characterized by the following: the self-service attendance system sends the user identification information to the electronic ticket administration system to call the non-handled boarding procedure in the scheduled airplane electronic ticket and provide the user to select specific electronic ticket and sends the electronic ticket to the departure system to make sure attendance procedure such as seat, boarding card and so on, which sends the handled information to the electronic ticket administration system; the electronic ticket administration system can search the user in user information data base of self-service equipment and feed the handled information back to the self-service attendance system, which updates the corresponding information.

The invention provides a method and apparatus for invited registration of nodes. The method comprises the following steps: a trusted node sends registration invitation information to a first node, andreceives a registration parameter sent by the first node, wherein the trusted node is a registered node in a blockchain network, and the first node is a node to be registered; the trusted node generates a network address corresponding to the first node according to the registration parameter; the trusted node sends a registration request of the first node to a master node, wherein the registration request is used for indicating the master node to verify the trusted node, and writes the network address corresponding to the first node into the blockchain network. According to the method and apparatus provided by the invention, the node to be registered is pre-registered via the registered node so as to assist the master node to complete the registration process of the node, thereby reducingthe service volume of the master node, and improving the registration speed of the node.

The invention discloses a route establishment method and device. The method comprises the steps that single-hop route metrics from a current node to a neighbor node under different channels are calculated by obtaining link information through different channel broadcast probe packets; the channel adopted by the minimum single-hop route metric serves as the best channel for data transmission from the current node to the neighbor node; a route request message is sent to the neighbor node through the best channel; the neighbor node seeks the best channel again and sends the route request message, a target node obtains the total route metric according to content in the route request message, an optimal transmission route of the route request message of the total route metric is selected to reply to a route response message, and a source node establishes a route to the target node according to content in the route response message. In this way, selection of the channels is fully considered in the route establishment process, and therefore the route which is more reasonable and efficient is established.

A wireless network system and a network address assigning method are provided which are capable of reducing traffic occurring when an network address is assigned to each of communication units making up a tree-structure-type wireless network system. The wireless network system includes a radio-relay station, a radio-relay station connected to the radio-relay station and to another radio-relay station in a wireless manner. The radio-relay station preserves a plurality of network addresses to be assigned to these radio-relay stations, assigns a first network address belonging to the plurality of network addresses to one radio-relay station and an address pool making up the plurality of network addresses collectively to the other radio-relay station. The above radio-relay station preserves the address pool and assigns a second network address belonging to the address pool to a wireless terminal. The radio-relay station does not assign directly the network address to the wireless terminal.

The invention discloses a mobile terminal for reconstructing packet domain business in a CSFB process and a method for reconstructing the packet domain business in the CSFB process by using the mobile terminal. The mobile terminal is a multimode LTE (Long Term Evolution) mobile terminal; a business record module is used for counting and recording on-going packet domain business characteristics; and the mobile terminal has a function of returning to an LTE network for reconstructing the packet domain business or continuing reconstructing the packet domain business in a GSM/GPRS/3G network according to information of the business record module after a circuit domain business is completed. With the adoption of the mobile terminal and the method, the mobile terminal can choose a suitable network for group business reconstruction according to the characteristics of the previous interrupt business, certain businesses with low rate, small business volume and not very high survive quality requirement can be reconstructed on the GSM/GPRS/3G network rapidly, the LTE network is not required to be returned to, and the feeling of user using the business is improved to a large extent.

The invention discloses a method for processing overload in network, comprising: control device in network receives network equipment overload or congestion information and then determines a stream control-requiring message in initial direct transmitted messages to be sent to the network equipment; and the control device determines the message to be sent to the network equipment belongs to an initial direct transmitted message and is stream-controlled and then selects a normal network equipment from a pool where the network equipment exists and transmits the message to the normal network equipment for processing. And it also discloses a control device and a communication system.

The invention relates to an Openstack multi-path balanced docking storage method and device using an iSCSI and a medium, and the method comprises the following steps: obtaining topological structure information of each node from a storage cluster, wherein the topological structure information comprises the condition of the node and the condition of a cabinet where the node is located; screening out the active nodes and the condition of the cabinet where the active nodes are located from the topological structure information; balancing the task amount of a plurality of active nodes of the multi-path number to each cabinet according to a preset multi-path number and a preset path balancing strategy, so that the cabinets related to the storage cluster provide the active nodes in a balanced manner; when a plurality of multi-path active nodes are selected, selecting the active nodes with small business volume from the cabinet; and mounting the service on the iSCSI volume with the minimum service volume in the selected active node. According to the invention, iSCSI multi-path balanced docking storage considering cabinet factors is realized, so that the paths are distributed in each cabinet in a balanced manner, other cabinets can provide multiple paths when the cabinet fails, and the high availability of the storage system is improved.

Disclosed are a communication system, a network element device and a service processing method therefor. The network element device comprises a transmission bearer management module and a service processing module, wherein the service processing module is configured to judge whether an opposite-end network element device supports a transmission bearer pre-establishment function or not and transmit a judgement result to the transmission bearer management module; the transmission bearer management module is used for establishing a transmission bearer required for a service between a network element device thereof and the opposite-end network element device according to the judgement result; and the service processing module is further configured to select one transmission bearer from the transmission bearers established by the transmission bearer management module to transmit the service to the opposite-end network element device after receiving a user service establishment request.

The invention provides a marketing method and device based on bank outlet queuing and calling service. The method comprises the steps of acquiring identification information of a client and generatinga two-dimensional code containing the identification information and provided with a skip link; displaying the two-dimensional code to enable a client to access a target official account corresponding to the jump link after scanning the two-dimensional code and send identification information to the target official account; receiving a queuing and calling check request input by the client throughthe target official account; and sending the current queuing data of the client to the client in real time through the target official account and sending financial product data corresponding to theidentification information to the client, so that the client checks the current queuing situation and recommended financial products. According to the invention, business demands needing to be handledby customers can be mastered during queuing, certain marketing is carried out, and the customers can be guided to carry out online transaction according to businesses selected by the customers, so that the transaction volume of a mobile banking is increased, and the business volume of an outlet counter is reduced.

To provide a network device management system and a control method thereof that can simplify operations of a client application and reduce the traffic of inter-process communications. A client device requests log information about a device connected on a network from a server device by inter-process communication. The server device uses a given protocol to acquire log information about the device, and transmits it to the client device by inter-process communication. The client device, which stores log information about the device acquired from the server device, changes the display of the log information about the device according to the newly acquired log information.

The embodiment of the invention provides an applet updating method and device. The method comprises: obtaining an applet file corresponding to a to-be-converted target applet; obtaining all global variables contained in the applet file; and updating all the global variables so as to connect the target applet to a service platform. According to the embodiment of the invention, the global variable in the applet file is updated to connect the applet to the service platform, so that only the global variable of the applet needs to be redefined in the process of converting the applet into the appletof the service platform, the service amount of service personnel is reduced, and the modification time of the applet is shortened.

The invention provides a special unicast multi-layer protective method based on load equalization in an optical network, belonging to the technical field of network communication. The method comprises the steps of establishing working LSP (Logical Signal Processor) for service request, establishing a protective LSP for service request, providing WDM (Wavelength Division Multiplex) layer protection for a heavy working load optical path, and releasing resources after the service is not used. In the invention, the application scope of the traditional special unicast multi-layer protective method can be extended; a plurality of constrain situations are considered when carrying out multi-layer protection; the recovering action and utilization ratio of the resource can be considered comprehensively, and due to the load equalization used for wavelength on a physical link and the load equalization used for bandwidth on the optical path, the quantity of the services affected when the physical links fail can be reduced as far as possible.

The invention discloses a system and a method for closing and opening a micro base station and a storage medium, and belongs to a micro base station power saving technology in a mobile communication system. The system comprises a micro base station control center, wherein the micro base station control center is respectively connected with a micro base station closing and opening module, a micro base station wireless coverage relation table, a micro base station wireless coverage detection module and a terminal wireless coverage detection module; the method comprises the following three steps:S1, a micro base station wireless coverage relation table establishment process; S2, the micro base station closes a control process; S3, the micro base station starts a control process. According tothe system disclosed in the invention, the purpose of saving power for the whole 5G heterogeneous network can be achieved.

The embodiment of the invention provides a data service processing method, device and equipment, which are applied to a service processing system, the service processing system comprises a plurality of service components and a plurality of basic components, the service components are used for providing services of at least one service type, the basic components are used for providing basic services, and the method comprises the following steps: obtaining a service processing request; determining a target component in the plurality of service components and the plurality of basic components according to the business processing request, the target component comprising M service components and N basic components, M being an integer greater than or equal to 1, and N being an integer greater than or equal to 0; and processing the service processing request through the target component to obtain a service processing result. The service processing reliability is improved.

The invention provides a high-concurrency service scene processing method and system and a storage medium. The system comprises a current limiting subsystem, a cache inventory query subsystem, a real inventory query subsystem, an order subsystem, a payment subsystem and a real inventory processing subsystem. Comprising the following steps: reasonably dividing a high-concurrency service according to a service process; dividing the whole business process into a plurality of subsystems, where each subsystem independently completes own business; and after the self service is completed, calling a subsystem of a service process, so that the whole service process is completed. Each subsystem is small in service processing amount, short in response time and high in processing speed, the concurrency amount of an instantaneous high-concurrency service scene is increased through cooperative operation of the subsystems, and the user experience is good. Moreover, the subsystems are relatively independent, the fault tolerance of the system is improved, when one subsystem is changed, the use of other subsystems is not affected, and the system is applied to different scenes and is high in flexibility and applicability.

The invention provides a load balance-based unicast share multi-layer protection method in an optical fiber network, belonging to the technical field of network communication. The method comprises the steps of setting up a working LSP (Label Switching Path) for a business request, setting up a protection LSP for the business request, and providing WDM (Wavelength Division Multiplex) layer protection for a heavy duty load light path, and releasing resources when the business leaves. According to the invention, the application scope for the traditional unicast share multi-layer protection method can be expanded, and multiple constraint situations are considered when multi-layer protection is carried out; the recovery action and the resource utilization rate are comprehensively considered, the quantity of influenced businesses when physical link failures happen is reduced as many as possible by using load balance on wavelength of a physical link and load balance on bandwidth on the light path.

The invention discloses a method of cloud end payment. The method comprises steps: judging whether a transaction parameter in a soft card application is valid when the soft card application receives a logic channel establishing command sent by a non-contact PSO terminal, wherein the transaction parameter comprises key information used for online transactions; when the transaction parameter is invalid, doing not return a logic channel establishing command response and then stopping a cloud end payment process of this time; and when the transaction parameter is not invalid, returning the logic channel establishing command response and continuing to finish the cloud end payment follow-up processes. The invention also discloses a device of the cloud end payment. According to the invention, before cloud end payment information is sent to the cloud end server, the validity of the transaction parameter is judged, so the cloud end server is prevented from sending invalid payment information and the volume of business of the cloud end server is reduced.

The invention discloses a method, a system and a device for prejudging the contents of a multimedia message, which are used for relieving the stress of a content recognition platform. The method comprises the following steps that: a multimedia service provider transmits a multimedia message which comprises a constant mark to a terminal; the terminal submits the multimedia message to a multimedia message service center (MMSC) for forwarding; and if the MMSC judges that the multimedia message comprises the constant mark stored by the multimedia message, a content recognition request is sent to a multimedia message content tracking platform for deep content recognition.

The invention provides an antenna beam search method and device. The method is characterized in that a base station sends downlink signals to a terminal to be assessed through an antenna beam; and thebase station receives signal intensity of each downlink signal fed back by the terminal, and serves service beams that meet preset conditions as work beams for terminal access. According to the method, the downlink signals are sent through the service beams in different directions of different array antennas, thereby avoiding huge time spent in traversing all service beams, greatly reducing timerequired in the search process, reducing service amount required in system processing, improving work efficiency and improving user experience.