80results about How to "Avoid service interruption" patented technology

A method for synchronizing network elements to a global clock derived from the GPS clock acquired by a plurality of base stations. The global clock is distributed to controllers of various networks, and from there to network access devices. The network access devices further distribute the global clock to various wire-line and local wireless networks and from there, to the users served by these networks. The user equipment is enabled with a simple clock discipliner that adjusts the local clock to the global clock, resulting in a reliable synchronization across the converged communication networks.

Disclosed herein is a mobile communication terminal and handover method therefor. In the mobile communication system, a Gateway GPRS Support Node (GGSN) of the asynchronous network is connected to a Packet Data Service Node (PDSN) of the synchronous network. Accordingly, as a mobile communication terminal, using packet data service in the asynchronous mobile communication system, moves into an area of a synchronous mobile communication system, the synchronous mobile communication system sets control signals and traffic to transmit packet data in response to a request from the asynchronous mobile communication system. Further, if forward and reverse channels are assigned between the mobile communication terminal and the synchronous mobile communication system, call setup is performed to provide the packet data service, and then a node B of the asynchronous mobile communication system releases the connection to the mobile communication terminal.

Techniques for providing localized power infrastructure and data infrastructure are disclosed. A transportable system for providing localized power infrastructure and data infrastructure can include: a data network service engine configured to function as a local data network service provider; a power generation engine configured to function as a local power service provider that generates and distributes power locally; a deployment engine configured to assist in deploying one or more components of the transportable system; and a maintenance engine configured to maintain operation and security of the transportable system. In some embodiments, multiple transportable systems can be deployed and then centrally monitored or controlled as a single, utility system and / or a single data delivery infrastructure.

A duplicate system includes an active side (0 side) and a standby side (1 side). An OLT includes an autodiscovery function which, when the OLT is active, determines the next starting time of autodiscovery procedure of the standby side and notifies the standby side of the above starting time, a table of management information that holds the line information of a partner with which the OLT forms the duplicate system and the next starting time of autodiscovery procedure of the OLT, and a function of switching active side that calculates a timing of switching active side. A function of receiving data from ONT in the OLT includes a function of detecting data sequence number and a function of detecting queue length. Moreover, a function of sending data of ONT includes a function of assigning sequence number and a function of discarding data.

A cell reselection method and system based on a cooperative scanning of the mobile relay station and mobile stations is provided for facilitating cell reselection procedure in a Broadband Wireless Access (BWA) system. The cooperative scanning method for a moving wireless network including a mobile relay station and at least one mobile station according to the present invention includes transmitting, at the moving wireless network, a scanning request with cooperative scanning duration to a serving base station; assigning, when a scanning response, neighbor base stations to the mobile relay station and at least one mobile station; scanning, at the mobile relay station and the at least mobile station, the assigned neighbor base stations; and transmitting scanning results to the serving BS station.

The invention discloses a method and a device in user equipment and a base station used for wireless communication. The user equipment sends a first wireless signal, wherein the first wireless signalindicates a first reference signal from M reference signals; a first signaling is monitored in each of the W time-frequency resource blocks, respectively, wherein at least one reference signal in theM reference signals is sent by a first serving cell, and the first serving cell is not added by the user equipment; the user equipment assumes that a sending antenna port of the first signaling and asending antenna port of the first reference signal are quasi-co-located; wherein W is a positive integer, and M is a positive integer greater than 1. According to the method, time delay and service interruption caused by switching between cells are avoided.

An Elastic Container Management System (ECMS) that performs lifecycle management of containers by which containers are created, deleted, started, and stopped. The ECMS monitors the containers and, based on resource utilization, scales up and scales down the resource allocation of the containers. The ECMS also performs garbage collection, which removes containers from the host and their images and configurations are stored in repository, which can be retrieved. The ECMS also performs migration of containers between hosts in a network when the host running the container runs out of the resources.

A system and method are described for detecting and controlling the phase difference introduced to radio signals by transmission branches of a transmission system in a mobile communication network. Periodically a calibration signal is generated at an input of the transmission branches during a phase calibration mode. The phase difference introduced by the two transmission branches is detected by detecting the phase difference between the calibration signal, which has at least partly passed through the first transmission branch and the calibration signal, which has at least partly passed through the second transmission branch. The phase difference between the radio signals is controlled based on the detected phase difference.

The invention provides a server switching method, device and system and a readable storage medium, and relates to the technical field of articulated naturality web. According to the method, a standbyserver sends an online confirmation message to a main protocol conversion server, the main protocol conversion server is determined to be in an offline state under the condition that a response message returned by the main protocol conversion server is not received, and then the main protocol conversion server is switched to a working state, wherein the main message number of the standby server, the stored data and the configured program are the same as the main message number of the main protocol conversion server, the stored data and the configured program. Thus, the standby server enters the working state when the main protocol conversion server is offline, the standby server can replace the main protocol conversion server to provide service during the offline period of the main protocol conversion server, and the problem of service interruption caused by the fact that the main protocol conversion server enters the offline state due to faults is avoided.

Disclosed is a method for performing a detach procedure in a terminal. The method includes the steps of: receiving a detach request message from an entity within a network; if the type in the detach request message indicates re-attach required, stopping a first timer if the first timer is running; stopping a second timer if the second timer is running; and transmitting a detach accept message to the entity within the network.

Application servers are programmed such that when an application server changes a compromised service key, the compromised key is saved by the application server until all tickets that may have been issued under the compromised key expire. Whenever the application server receives a ticket from a client issued under the compromised key, it generates an authenticator for an error message using the session key extracted from the ticket and sends the error message with this authenticator to the client. Clients are programmed to be able to receive error messages from application servers that have changed their service keys. Because the error messages include an authenticator generated by the application server using the session key extracted from the compromised ticket, the client is able to rely on the error message. The client is able to automatically request a new ticket from a key distribution center in response to a successful authentication of the error message.

A re-allocation method for a distributed GGSN system. The re-allocation method includes a GGSN controller to determine a GGSN re-allocation for at least one mobile station. The GGSN re-allocation for the mobile station is performed by a GGSN or a SGSN originally connected to the mobile station, thereby enabling GGSN(s) with dynamic load balance and improving the system scalability.

The present invention relates to an information service system and method. The information service system comprises a quotation access server, a quotation calculation server and a core server, wherein the quotation access server is used for receiving quotation information from different quotation resources and sending the quotation information to the quotation calculation server and the core server, the quotation calculation server is used for receiving quotation information from the quotation access server, calculating the quotation, taking calculation results as quotation information and sending the calculation results to the core server; the core server is used for storing the quotation information received from the quotation access server and the quotation calculation server, and sending quotation information requested by clients to the clients when the clients request quotation information. The response speed and processing capability of the core server for client requests can be improved by the system and the method, and the efficiency of the information service system is accordingly improved.

A method, a system and a device for maintaining user service continuity are provided in an embodiment of the present invention. The method includes prohibiting a UE from accessing a forbidden network before handover is complete when the UE needs to perform network handover if the UE adopts a SIM access technology, thus avoiding service interruption of a SIM user due to access to an incorrect network. A system and a device for maintaining user service continuity are provided in an embodiment of the present invention.

A system for proactive traffic restoration in a network, said system (1) comprising: at least one forecasting engine (2) adapted to model and forecast traffic patterns of at least one traffic channel along a signal path of said network to provide forecast traffic quality metrics, y; and at least one time-to-failure, TTF, analyzer (3) adapted to calculate a time-to-failure, TTF, forecast for the traffic channel based on the forecast traffic quality metrics, y, wherein the calculated time-to-failure, TTF, forecast is evaluated to trigger a proactive network traffic restoration.

The present invention, relating to the field of computers, provides a database fault handling method and apparatus, and a database system. According to embodiments of the present invention, when a primary database encounters a fault, use state information is collected from a server where a secondary database is located, available service bearing capabilities of the servers where various secondary databases are located are determined according to the use state information, and a database corresponding to a server which has the best available service bearing capability from the servers is selected as a new primary database. According to the present invention, when a primary database encounters a fault and fails to provide services, a secondary database corresponding to a server which has the best service bearing capability can be selected as a new primary database, thereby preventing the problem of service interruption or low running efficiency due to improper selection of the new primary database.

The invention provides a blockchain node hot upgrading method and related equipment, and the method comprises the steps: loading a dynamic library of an initial version of a target function module according to the initial version number of the dynamic library of the target function module in a creation block when a blockchain program is started for the first time; obtaining a transaction used forupdating the target function module, wherein the transaction carries a new version number and an effective height corresponding to a dynamic library of an updated version of the target function module; and loading the dynamic library of the updated version at the effective height. According to the invention, hot upgrading of the blockchain node can be realized.

The present invention relates to a method and device for authorizing user equipment (UE) in a wireless communication system. The present invention also relates to a method and device for authorizing authorized true user equipment if an abnormal power down report is transmitted from a fake user equipment. The real user equipment checks the abnormal power down from a base station, receives an assignment A-MAP 1E, and transmits an authorized message to the base station if power is not abnormally down. Alternatively, user equipment transmits, to the base station, an abnormal power down signaling header that includes authorization parameters, such as COUNTER_TEK or a cipher-based message authentication code (CMAC).

The invention provides a virtual machine template updating method which comprises the following steps: allocating IP (internet protocol) addresses to all the servers in the data center through the DHCP (dynamic host configuration protocol) service in a monitoring server so as to establish communication connection with all the servers; setting a first virtual machine template into the power off state, and making the deployment of the virtual machine on each server point to the first virtual machine template; setting a second virtual machine template into the power on state, and starting the automatic updating function; when the updating of the second virtual machine template finishes, setting the second virtual machine template into the power off state, and making the deployment of the virtual machines point to the second virtual machine template; duplicating the second virtual machine template, and replacing the first virtual machine template by the duplicated second virtual machine template so that the first virtual machine template and the second virtual machine template are same to each other. The invention also provides a virtual machine template updating system. Due to the adoption of the virtual machine template updating system and method, the interruption of service during the updating of the system of the single virtual machine can be avoided, and the stability of the data center is improved.

A method, a system and a device for maintaining user service continuity are provided in an embodiment of the present invention. The method includes prohibiting a UE from accessing a forbidden network before handover is complete when the UE needs to perform network handover if the UE adopts a SIM access technology, thus avoiding service interruption of a SIM user due to access to an incorrect network. A system and a device for maintaining user service continuity are provided in an embodiment of the present invention.

The invention relates to a portable management system based on a distributed data warehouse, in particular to a portable power information management system based on the distributed data warehouse. The portable power information management system based on the distributed data warehouse provided by the invention comprises a network server, a configuration server, a reference data server and a dynamic data server. The computation storage capacity and data security of the whole system are improved, the expansion investment of the system is reduced, and an idea and powerful technical support are provided for implementation of a power system smart grid and ultra-large scale computation.

A ranging signal R1 generated by a signal generator and reaches to a signal checker via a working system transmission line, a loop circuit, and an auxiliary system transmission line. The signal checker measures a delay time from the generation to the arrival of the signal R1. A ranging signal R2 generated by the signal generator and reaches to a signal checker via an auxiliary system transmission line, a loop circuit, and an auxiliary system transmission line. The signal checker measures a delay time from the generation to the arrival of the signal R12. A delay time of the working system transmission line is calculated from the delay times of the signals R1 and R2. Disruption of the services provided by the other ONUs can be prevented since the working system transmission line is not used for upstream communication of the ranging signals R1 and R2.

A method and a system for service link handover are provided. The method and the system are in a communication technical field. The method is as follows. Apply for service processing resources of a second service processing unit. A service link establishment message is sent to the second service processing unit, in which the message carries link address information of a first service node and a second service node, such that the second service processing unit binds link addresses of the first service node and the second service node. A response message from the second service processing unit is received, and a link handover indication message is sent to the first service node and the second service node, such that the first service node and the second service node hand over link connections to the second service processing unit. Thus, an efficiency of a rolling upgrade is improved and a service interruption possibly caused by the rolling upgrade is avoided when units in the same resource pool perform the rolling upgrade.

A system for proactive traffic restoration in a network includes at least one forecasting engine that models and forecasts traffic patterns of at least one traffic channel along a signal path of the network to provide forecast traffic quality metrics, y. The system further includes at least one time-to-failure, TTF, analyzer that calculates a time-to-failure, TTF, forecast for the traffic channel based on the forecast traffic quality metrics, y. The calculated time-to-failure, TTF, forecast is evaluated to trigger a proactive network traffic restoration.